Supply Smiths

Supply Smiths


Supply Smiths

Supply Smiths offer small to large plastic containers with lids in Singapore for all kinds of snacks like cookies, candies, pineapple tarts and nuts. 

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Blockchain Applications for Supply Chain| Blockchain for supply chain

Blockchain technology could be use to the supply chain as it has the power to change the whole supply chain, industries, and ecosystems by tracking deadline, avoiding costly delays and the handling of manual paperwork. Read the case study for more information.

#blockchain for supply chain #blockchain development for supply chain

Supply Chain Software Development Company, Blockchain Supply Chain Management - Blockchain

Blockchain diminishes the existing hindrance in supply chain management

In this modern business world, supply chain management plays an imperative role by allowing businesses to achieve efficiency, success, and responsiveness. Over the decade, the scale of businesses has expanded widely, many geographic locales involved in the production process have grown tremendously, and product portfolios have increased.

As a result, the supply chain has grown from a conventional network of manufacturers and suppliers to a vast ecosystem with multiple stakeholders involved in moving products from one region to another.

Now let us scrutinize the existing challenges that pull down the efficiency of supply chain management.

The demand for product visibility and end-to-end traceability has become higher. Also, the inefficiency of data sharing in existing supply chains has dramatically impacted the operations of retailers and manufacturers.

The outdated supply chain struggles to improve demand management because they lack in providing real-time data, which eventually creates a complex scenario for manufacturers.

Furthermore, the old technology of today’s supply chain fails to render adequate risk management, reduce costs, or meet quickly changing market requirements.

Blockchain eradicates the hurdles in the existing supply chain:
The integration of blockchain technology can significantly eliminate the above-mentioned problems in the supply chain. Blockchain technology empowers the supply chain with improved efficiency, and transparency, and reduced transactional time and cost.

Here are the ways blockchain technology benefits the supply chain:
Improved end-to-end traceability:

With the adoption of blockchain, traceability within the supply chain network is immensely improved. A blockchain-enabled supply chain can automatically record the data of the item in real-time. The information stored in the ledger is complete, accurate, and easy to access, from the product’s source to the customer.

This kind of advanced traceability gives stakeholders and end customers more confidence in the authenticity and quality of goods.

Greater transparency:
The main advantage of blockchain is that it provides reliable identity management in the supply chain, enabling all participants to know who is performing what actions, where and at what time.

This information is recorded in the distributed ledgers that involved and authorized stakeholders can easily access.

Therefore, a blockchain provides transparency and a complete inventory of product flow that helps businesses to make better forecasts and decisions. Additionally, transparency serves as a powerful tool for eliminating counterfeit.

Enhanced trust:
In a blockchain-based supply chain, the transactions are recorded based on peer-to-peer interaction that the associated digital signatures can trust.

Data such as product collection of time, location, and other information are recorded in the ledger. All data are synchronized and accessed by all the stakeholders in real-time, which enhances trust among various participants within the supply chain network.

Wrapping up!
As stated above, blockchain shows the significant capacity to benefit the existing supply chain. We believe it delivers an efficient, transparent, and collaborative network for businesses to quickly secure shared data across a variety of supply chain sectors and processes.

Apparently, Supply Chain Software Development Company allow your businesses to build a more flexible and reliable supply chain process and robustly address new external and internal hindrances.

#supply chain software development company #blockchain supply chain management

Tyrique  Littel

Tyrique Littel


Can Your Software Development Processes Withstand a Software Supply Chain Attack?

Enterprise software development has graduated from the “waterfall” framework of development and operations - and has become less linear, more complex and, in several ways, more difficult to secure. While contemporary software supply chain practices allow developers to manage that complexity and deliver software efficiently at scale, unaddressed gaps and vulnerabilities within the process continue to be exploited by threat actors.

That’s why security measures within every step of software development and supply chain must take top priority as attacks continue to be directed to the application layer — and often succeed in penetrating the network and executing malicious instructions.

Why Does the Software Supply Chain Pose Risks to the Business?

As most developers utilize open-source software package repositories, such as NPM (Node Package Manager) or PyPI (Python Package Index), to build and develop new applications, this software supply chain acts as a vehicle for carrying those assets into various applications used within organizations. If production code is infected with malware or vulnerabilities that were inadvertently sourced from the repository, it may contaminate all organizations that come in contact with it — whether by using the code already in their software development life cycle or by launching presumed trusted applications from third parties who failed to validate their own code. Therefore, the implementation of strict security measures, validation checks, and continuous monitoring of open-source code and development repositories is a requirement in any modern organization.

Risks in Software Development Life Cycle (SDLC)

The SDLC encompasses the initial design, development, testing and deployment of an application. The actions within the internal software development lifecycle often fall short in implementing critical security policies, processes, and controls, hence many attacks may not be detected by security systems.

That’s why it’s vital to establish security practices within the SDLC, from training developers on secure coding practices using open source libraries to factoring in detection capabilities including static analysis, dynamic analysis, software composition analysis and manual penetration testing. Implementing a secure SDLC process ensures that the development effort is protected by these activities, augmenting code reviews and infrastructure analysis.

How to Prepare Your Company for Choosing a Solution

The security controls necessary to prevent and mitigate SDLC and supply chain cyber threats require stringent software installation and pathway tracking practices for all code and applications within your enterprise. However, to establish an IT infrastructure that allows those processes to be effective, it’s vital to determine the state of your current security measures and address any gaps. This assessment may be influenced by the security maturity of your enterprise, which factors in skills, processes and technologies available.

Determining where your organization stands in the security maturity model will allow you to leverage a more comprehensive approach to cybersecurity. From defining manual processes within your organization to reviewing current compliance and audit standing, getting a full inventory of your enterprise’s security will prepare your company for choosing a solution. To establish your organization’s security maturity level, and its ability to withstand a software supply chain attack, consider the following factors:

  • Team awareness and security training

  • Understanding your teams’ readiness and maturity must first begin by assessing awareness of key elements for successfully securing SDLC processes. Specifically, seek to gain understanding of teams’ awareness of vulnerabilities and malware in third party and open source components, the controls necessary to mitigate those risks, and ways in which they would validate those controls. With this assessment complete, it becomes easier to lay the groundwork for strategic and specific training recommendations for teams involved in any software development processes.

  • Current operations and support

  • Consider that many successful software development processes maintain separate teams for development and QA with defined roles and documented framework for defining tasks. Similarly, these teams maintain well-established role-based access control with clearly defined permissions. If current operations are not defined with clearly delineated responsibilities, software development teams risk unauthorized access to the source code, unauthorized access to production systems, expansion of the attack surface, or malware injection through unauthorized changes or additions.

  • SDLC security measures

  • Once an organization has established separation of duty and control for each of its teams, the SDLC should require systems that provide source code control, bug tracking, test tracking and management sign-off tracking for key milestones. Additionally, teams should be required to conduct backups and to maintain offsite storage and disaster recovery policies. The SDLC should also require the use of only stable versions of open source libraries that have been curated by trusted third parties or scanned using an application security testing tool. As code is developed, organizations should host code reviews–manual or automated–for all check-ins before becoming part of the build. Vulnerability mitigations, as provided by the programming language and the operating system, should be investigated and enabled to reduce impact of security related bugs. Nearing the end of the cycle, release candidates and associated bills of materials should be scanned to ensure complete and clean third party and open source components, and then tested, including penetration testing, in a staging environment identical to the production environment. Finally, all In-house built software should be digitally signed to provide its users with the package identity and integrity verification mechanism.

  • All developers, QA engineers and devops personnel should complete regular security training with an emphasis on containers, malware and secure SDLC processes. Management should be committed to ensuring training opportunities, as well as provide sign-off for any changes to access, roles, release to staging and releases to production.

#security #devops #sdlc #supply chain management #security analytics #devsecops process #secure sdlc #risk and compliance #supply chain security

Office Supplies Web Design

In the age of technology, any business needs to be present digitally. If you are having a stationery business and you are supplying it, a professional looking website will take your business to the next level.

You never quite know where you will find office supplies on the web. set your business apart from your competitors, if you want Office Supplies Web Design we will create one for you!

With DataIT Solutions, each corporate website is custom designed and developed to meet the needs and goals of your office stationery business. We thrive in bringing the most incredible products and services to our clientele spread across the globe.
To learn more about our Office Supplies Web Design services or get a full project proposal, please contact us:

#Office Supplies Web Design # office stationery Website Design #Corporate Supplies Website Design

Blockchain Applications for Supply Chain| Blockchain for supply chain

Blockchain technology could be use to the supply chain as it has the power to change the whole supply chain, industries, and ecosystems by tracking deadline, avoiding costly delays and the handling of manual paperwork. Read the case study for more information.

#blockchain development for supply chain