International trade has seen major change in recent years; in the past, logistics involved simply moving goods from one place to another. Today, the market demands comprehensive services and specific logistics processes, making Contract Logistics the ideal solution for companies wishing to monitor and manage their operations.

ontract Logistics is defined as the comprehensive process from production to distribution at the final point of sale. This means that Contract Logistics is not simply the process of moving goods, but a far more comprehensive course of action that merges traditional logistics with supply chain management processes.

That’s where a 4PL (Fourth Party Logistics) enters the picture, which is a system by which the main logistics operator (who thus far has been functioning as a 3PL provider) coordinates operations with a fourth stakeholder who is in charge of managing the supply chain, creating a value chain in which many different stakeholders play a role. Let’s look at it this way:

Contract Logistics is the best solution for managing the growing international flow of goods while expanding our concept of the logistics process. For instance, it would be impossible to absorb the demand for goods and transportation during high-traffic shopping seasons such as Black Friday in the United States or its equivalent in other countries.

The Contract Logistics Process

When this fourth party to the logistics process enters the scene, a new handling protocol is established for the goods; this is a value chain where service has a direct impact on the outcome of the operation. This protocol addresses various areas:

Types of Contract Logistics Services

When we talk about comprehensive services, this implies synchronization across all parties to the Contract Logistics process. There are two different types of services involved:

Main Services

The key services necessary for the supply chain to be executed from start to finish, using the necessary infrastructure throughout the process.

  • Access to goods from the production line
  • Specialized warehousing
  • Delivery and shipping of goods
  • Distribution to point of sale
  • Reverse logistics (post-sale and returns)

Value-Added Services

This, however, does not mean they are less important than the main services.

  • Consulting and Customs Clearance
  • Insurance on Goods
  • Quality Management

Why use Contract Logistics?

As we have discussed, Contract Logistics is a great solution for the high demand for goods on an international level. We have expert staff who can offer this comprehensive solution through our various divisions and specialized services, thus creating a value chain that spans from the production line to distribution at the final point of sale.

We currently carry out Contract Logistics operations and are familiar with the process. We have achieved success in this area, having transported special cargo.

The 7 very distinctive industries use IoT – Internet of Things

1) Smart homes
Residential and commercial buildings could use IoT facilities. From an industrial perspective, it can facilitate the optimization of resources and energy through devices such as smart heating systems, fridges, associated safety cameras and lighting. While building a smart home with the help of Internet of Things will help keep energy that is a big problem these days. An intelligent thermostat is an essential part of any energy management system. Home heating and cooling is one of the largest energy users in the house. With smart home applications, users can control, control and monitor energy usage in a different way.
2) Visible
The wearable device will be worn on the human body. This type of device or technology has become a common part of the technology industry and has started to develop more types of devices that are small enough to wear and include powerful sensor technologies that can collect and provide information about their environment. There are many amazing weaving applications on the market. It has gone beyond fitness trucks, but the range extends to clothes that monitor breathing speed.
3) The automotive industry
A sensitive vehicle such as a car has the ability to analyze and make decisions based on environmental information. This can help to find a better route and avoid the dangers. For the engine, IoT enabled data communication systems that allow engine companies to update software and respond to real mechanical problems. This device prevents maintenance and improves vehicle performance. How does the Internet Work Things in the Automotive Industry? Develop clear mapping of where data is produced. And for the owners for each of the services provided, and have gained value from where.
4) Smart Cities
Clever cities conceptualized for easing normal activities easier. What it is, it really makes sense when it reduces the workload in each criterion. In intelligent cities, smart surveillance, smarter energy management system, automated transport, water distribution is a potential area where IoT plays a key role. A set of IoT applications can be used to develop smart sites that provide security and protection. Use IoT applications, intelligent parking, traffic congestion, intelligent transport systems, smart roads and much more for better living. The use of wireless sensors in the IoT structure can control intelligent structures.
5) Industrial Internet Communication
Industrial Internet Things (IIoT) is the use of Internet of Things technologies in manufacturing. The IIoT includes machine learning and large data technology that dominates sensor data, communication technologies and automation between machinery and machinery that have existed in industry for years. The driving force of the IIoT is that intelligent machines are better than people when capturing and communicating data accurately. This data will enable companies to take problems, save time and money, and support business intelligence efforts.
6) Smart Retail
IoT includes intelligent retail using low-power Bluetooth light for the retail market. 77 per cent of retailers find that Internet of Things changes customer experience. Light technology is widely used for business improvements. A great opportunity for retailers and wholesalers to expand their business to new heights and attract more users with Beacon technology in retail.
7) IoT in health care
The IoT has pure life-saving potential. Healthcare Internet of Things has the capacity to improve patient health by enabling self-monitoring and health management. The Internet of Things concept involves the use of electronic devices that capture or monitor data associated with a private cloud or public cloud and enable them to automatically trigger specific events.
The impact of Internet Things on many industries is true. The paper highlights the increasing use of IoT devices that allow sufficient comfort in expanding business. IoT is growing dynamically in the production and development market. IoT affects the hardware and software industry in creating the best products for creating a smart world.

How to ensure the successful transportation of your project ?

In relation to overweight or heavy freight – whether for Alberta oil fields or turbine components for the Iowa wind farm – transport and logistics needs are much greater because they are unique to each situation.
The complexity of moving bulky goods requires cooperation, attention to detail and constant communication throughout the supply chain as quickly and economically as possible. From forward planning to implementation, carriers and their supply chain partners need to consider a number of factors to ensure that cargo is carried on continuously for the project:
Customs regulations and rules. Taxes and duties vary from country to country, as well as validation and documentation requirements. Realizing a local market survey determines the financial implications of buying individual components in different countries.
Public Relation : Transporting project loads on public roads often raises concerns about public safety and the environment. Even the smallest notion that communities are affected is worthy of note. Open dialogue between all stakeholders can help to alleviate potential public problems before they are released.
Cargo design : Transport can sometimes determine how a product is produced, for example, whether it is supplied as a unit or produced from several parts and installed on site. Freight designers can analyze traffic and create routes before introducing or manufacturing equipment.
Optimized mode : Travel times and requirements vary considerably for road, rail, air, ocean or inland water transport. Countryside experts can advise on the length, width, height and weight limits, which may involve using one method of transport over another.
Change orders and delivery times : Any changes or delays in procurement or production plans and delivery can have unintended consequences. For example, changing the location of the source can increase delivery time and shipping costs. Ships and service providers need to plan for potential problems and provide flexibility in cargo movement throughout the project.

3 Key Communication Challenges for Logistics Companies

Crane lifter handling container box loading to truck

Ask any distribution company about their logistics alternative, and you’ll get another response for every one you ask. Every one claims to be much more efficient and quicker than the systems utilized by their competitors.

Any logistic alternative, however, should contain 3 elements:

Warehousing and Inventory Management

Kitting & Assembly


Communicating not just on the verbal level, but also through monitoring and management software. While logistics options vary with each company, an efficient approach should contain a mix of these attributes. Warehousing and inventory management, the foundation of logistics solutions, go beyond storing and transport. While both these elements are definitely significant, they maintain a strategy stagnant and stuck before.

A warehouse should incorporate both these attributes, but also advancement, research, procurement, management, and distribution to bring your system to another degree. Communication also needs to be another component in effectively running a warehouse and stock management system. Communication Needs to exist between the warehouse and the purchasing program or authorities managers for regular customers using storage and inventory, particularly when it comes to maintaining supplies to fulfill mission requirements. With a warehouse and stock fully preserved, another step – kitting and meeting – should operate easily. In the end, all supplies are already in place. Packages that are assembled by the distributor via kitting and assembly often need to fulfill specific requirements.

In case of tactical equipment needed by this military, these are assignment requirements. Kitting and assembly should be done rapidly and accurately. Any package that’s shipped must be double checked and inspected first. From others is the technology involved. On a basic level, this might include tracking a package from start to finish. Total asset visibility software, and on the other hand, provides more than this. Used to shorten the logistics pipeline, such program increases requisition efficiencies, reduces order redundancies, automates validation, delivers visibility and standardization to internal inventory, and monitors the requisition and financing processes.

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5 ways in which AI can have a positive impact on #Supply Chains & #Logistics

Artificial intelligence will be the end of mankind… Really?

If you listen to apocalyptic technological midgets or theoretical physicists like Professor Stephen Hawkins, you will believe such statements.

You will not even care to know what AI can, and is already achieving at this age.

Much hype surrounds the negative, immoral or downright illegal uses of artificial intelligence.

But there is a growing raft of very positive ways in which AI is helping make work easier.

Can it be used to improve global commerce by being deployed in our supply chains?

Let us find out!

Just what exactly is AI

There are many technologies that are collectively known as artificial intelligence.

Simply put, it is the set of technologies that have enabled the creation of computers and machines that act and reason like humans.

In other words, computers that perform complex tasks and learn as they do these tasks to improve their performance over time without needing human help.

Sound scary?

Well, I know it does. Especially when you think of Sophia and her declaration to destroy all mankind.

But it need not be. And here’s why…

When you learn how several of these technologies work, you start seeing how possible it is to create intelligent machines.

Examples of AI technologies

Machine Learning:

This technology allows computers to use logic to understand phenomena and purify output as different situations are presented.

Natural Language Processing:

This is the technology that allows computers to turn data to text and therefore create an easy, coherent and detailed analysis of complex data.

Neural Networks:

These are interconnected computers that recognize patterns and use logic to execute outcomes. They are very useful for machines that perform complex actions.

Others: there are many technologies in this space. Others that in common use include facial recognition, deep learning, speech recognition and text analytics

Constraints in the supply chains

The greatest challenges in the supply chains are mainly around management of cost, profitability flexibility, transparency and Customer satisfaction.

Five scenarios where AI can help

Online Supplier Management

With AI, it is possible to augment or even automate supplier management. Online interconnection of supplier input data can assist in assessing whether a supplier will realistically fulfill an order at a required timeline.

It is also possible to ascertain compliance of in-process batches before they are even dispatched based on the input information, and this can greatly reduce logistical costs and increase compliance, and customer satisfaction.

Product Provenance and Transparency

In industries such as food and feed, there are many initiatives that are pegged on product provenance.

AI can assist such movements as the Organic products, Fair Trade or other identity-preserved materials to detect and eliminate fraud in the supply chain.

For example, speech recognition software can be used to log specified quantities of products from one section of the distribution chain to the next to prevent fraudulent diversion, poaching or substitution of protected products.

Stock Management

Using predictive analysis, machines are capable of placing replenishment orders for stocks based on customers’ order patterns.

This allows businesses to have accurate predictions of requirements, minimize stocks, improve cash flow and provide just-in-time deliveries of high-quality products to customers.

Synchronizing Distribution with Customer Demand

Global corporates will be able to cut on costs and improve distribution efficiencies by use of neural networks that combine the logistical requirements for distribution of goods and predicted customer demand.

In other words, a well-coordinated AI effort will predict customer demand, environmental conditions, etc., based on analysis of big data, and identify the most logical and compliant distribution mode that guarantees quick delivery at minimum cost.

For example; AI will glean weather data from the most reliable sources on the web to advise on the best haulage options between distribution points where there are poor road networks and anticipated adverse weather.

It is also now possible to have drones deliver small shopping parcels to doorsteps using the technologies, and driverless vehicles may one day make it even cheaper to deliver goods.

Final Thoughts

So will humans perish or benefit from artificial intelligence?

The use cases depicted here show that AI both augments human engagement in supply processes and enables automation of complex operations.

It is possible to now use neural networks and machine learning, among other technologies, to predict customer behavior, increase transparency, circumvent environmental distribution constraints and manage stocks for more efficiency in global supply chains.

If you listen to apocalyptic technological midgets or theoretical physicists like Professor Stephen Hawkins, you will believe such statements.

You will not even care to know what AI can, and is already achieving at this age.

Air Transport: Characteristics, Advantages and Disadvantages

Air transport is the latest method of transport. It is the endowment of the twentieth century to the world. The two world wars gave an incredible driving force to the improvement of air transport in every one of the nations of the world. The exceptional normal for air transport is that is does not require an explicit surface track for its tasks.

It has no physical boundaries as on account of other method of transport. Political limits are additionally irrelevant despite the fact that it needs to watch the prerequisites of the International Law. The incomparable favourable position of air transport lies in its speed.

It is the quickest method of transport. In any case, the expense of its task is high and in this way it is reasonable for just rich travellers, sends and light and exorbitant payload. In any case, in cutting edge nations like U.S.A., Germany, and so forth it offers an intense challenge to the railroads.

Air transport has the accompanying attributes:

1. Whole Journey:

Air transport gives whole voyage over land and ocean. It is the quickest and speediest methods for transport.

2. Speed:

Air transport had the most astounding velocity among every one of the methods of transport.

3. Costly:

Air transport is the most costly methods for transport. There is immense interest in acquiring aero planes and building of aerodromes.

4. Extraordinary Preparations:

Air transport requires extraordinary arrangements like wheelers joins, meteorological stations, surge lights, searchlights and so on.

Quickest Mode of Transport:

Points of interest:

1. Fast:


The incomparable favourable position of air transport is its rapid. It is the quickest method of transport and in this way it is the most reasonable mean where time is a critical factor.

2. Agreeable and Quick Services:

It gives a normal, agreeable, productive and speedy administration.

3. No Investment in Construction of Track:

It doesn’t require immense capital interest in the development and support of surface track.

4. No Physical Barriers:

It pursues the most brief and direct course as oceans, mountains or timberlands don’t come in the method for air transport.

5. Simple Access:

Air transport can be utilized to convey products and individuals to the zones which are not available by different methods for transport.

6. Crisis Services:

It can work notwithstanding when every other mean of transport can’t be worked because of the surges or other regular cataclysms. In this manner, around then, it is the main method of transport which can be utilized to do the help work and give the basic wares of life.

7. Brisk Clearance:

In air transport, custom conventions can be immediately agreed to and in this way it keeps away from deferral in acquiring leeway.

8. Air transportation is most suitable for Carrying Light Goods of High Value:

It is most reasonable for conveying merchandise of transient nature which require snappy conveyance and light products of high esteem, for example, jewels, bullion and so forth over long separations.

9. National Defence:

Air transport assumes an imperative job in the protection of a nation. Current wars have been battled for the most part via planes. It has high ground in crushing the adversary in a brief time frame. It additionally bolsters over wings of barrier of a nation.

10. Space Exploration:

Air transport has helped the world in the investigation of room.


Despite numerous favourable circumstances, air transport has the accompanying constraints:

1. Costly:

It is the costliest methods for transport. The charges of air transport are high to the point that it is past the compass of the basic man.

2. Little Carrying Capacity:

Its conveying limit is little and thus it isn’t reasonable to convey modest and cumbersome merchandise.

3. Unverifiable and Unreliable:

Air transport is unverifiable and temperamental as it is controlled, all things considered, by climate conditions. Ominous climate, for example, mist, snow or substantial rain and so on may cause wiping out of planned flights and suspension of air benefit.

4. Breakdowns and Accidents:

The odds of breakdowns and mishaps are high when contrasted with different methods of transport. Consequently, it includes similarly more serious hazard.

5. Vast Investment:

It requires a lot of capital interest in the development and upkeep of planes. Further, exceptionally prepared and gifted people are required for working air benefit.

6. Specific Skill:

Air transport requires a specific ability and high level of preparing for its task.

7. Inadmissible for Cheap and Bulky Goods:

Air transport is inadmissible for conveying modest, cumbersome and overwhelming merchandise in light of its constrained limit and mind-boggling expense.

8. Legitimate Restrictions:

There are numerous legitimate limitations forced by different nations in light of a legitimate concern for their own national solidarity and harmony.

Benefit of 3rd party Warehouse

3rd party Warehousing or storage means to the preservation of goods until they are dispatched to the consumers or clients. There is a lot of time gap between the production and actual consumption of goods. By bridging this time gap, warehousing creates time utility.
There is a need for storing the goods to make them available to customers when the goods demand generates. Some quantity of goods is stored at every stage in the marketing process. Proper and accurate arrangements to retain the goods in good condition are essential for success in marketing. Storage enables a firm to carry on production in anticipation the product demand in the future.
• A warehouse is a place used for the storage or to gradually increase in the number of goods. Warehousing is also be defined as an establishment that assumes authority for the safe custody of goods. Warehouses empower the businessmen to carry on production all over the year and to sell their products, whenever there is satisfactory demand.
Warehouse need arises because some of the good produce only in a particular season but are demand is throughout the year. Similarly, some particular products are produced over all the year but demanded only in a particular season. Warehousing facilitates production and distribution on a large scale throughout the world.

5 Common Mistakes Made By Auto OEMs while Selecting Their Logistics Partners

Logistics Company

            Automotive manufacturers are known to raise the charge to develop innovative methods squeezing optimal profits from their production and manufacturing operations. While doing so,they tend to concentrate on optimizing profits and they end up neglecting the quality of logistic services which are provided by partners who matter most in the process. Sometimes, they are forced to get back to the supply chain with hope of gaining more efficiency only to incur unnecessary costs in the process.It should therefore be noted that while selecting logistics service providers, automotive manufacturers make mistakes that are critical to their industry in several ways.

  • First, most Auto OEMs pay much attention on the partner who would offer the cheapest services at the expense of the quality needed– Thus, the manufacturers’interest is usually on the immediate tangible cost savings as opposed to the intangible long-term cost savings. The short-term tangible cost savings include the avoided taxes on warehousing and transport as well as wages for the extra service that would be rendered. By focusing much on these savings, Low, Patrick, and Deborah argue that the manufacturer usually foregoes the amount of money that the industry would save through value addition if the product would be worked on by expert logistics (39). Similarly,they forego the profit they will be guaranteed on return clients or even referrals because of impeccable quality of products. For instance, cars that are made to withstand the dynamic climatic condition may warrant long to produce but would ensure high return on investment as compared to the feeble cars that only suit a condition.
  • most OEMs usually consider individual service providers, other than End to End Logistics Service Providers.Usually, end-to-end service providers provide flexible and integrated solutions that are perfectly designed to satisfactorily meet the needs of the clients. In the process, they guarantee fulfillment, they offer transportation services, third-party logistics, warehousing together with distribution,contract services as well as import and export platform (Seides 48). Failure to adopt this option leaves the automobile manufacturers with the trouble of having to deal with Multiple Firms, which only specialize in a specific service only. Eventually, they end up hiring several companies to render distinctive services such as transportation firms, freight forwarding firms, customs clearance firms and warehousing and 3pl firms. The process causes a myriad of issues with data transparency, resulting to the mismanagement of resources, and delays in the delivery of material among other technicalities.
  • OEMs still exist in a MYTH,that a firm comprising a larger trucking fleet size can guarantee assured service given the fact that the transporter has a large fleet of owned trucks.Thus, they suppose large truck owners can give them a desired service quality,not realizing the shortcomings of a fleet owner or even asset heavy setup. What the manufacturers forget is that often, fleet owners are more concerned with the optimization of fleet management, but not necessarily offering long term solutions to clients. 
  • Additionally, the quest to provide efficient metrics, automotive manufacturers creates strong partnerships with their third-party logistics. Se ides elaborates that this normally obliges them to invent new mechanisms of moving materials, which has always forced them to deal with the cost equation that emerged between 1980 and 1990 following the increased levels of complexity in the production processes of automobiles (115).
  • Finally, the fact that automobile manufacturers operate at a large scale nearly in everything creates ample room for mistakes as well. When one runs lean, there cannot be any possibility for mistakes, because when something goes wrong, it does not consume mush time and resources to correct as compared to the massive losses that are to be incurred in automobile industry (Low,Patrick, and Deborah 81). In other words, the level of risk and vigilance makes the manufacturers consider assorted logistics service providers to decentralize the risk.