This post covers updates that could impact your development workflow. An imminent change is set to occur within the Microsoft ecosystem, explicitly involving the Microsoft author-signing certificate for NuGet packages. Scheduled for deployment as early as August 14th, 2023, this impending alteration warrants your attention to ensure the seamless continuation of your packaging and installation processes.
Today, mobile apps have become an integral part of our lives. So, ensuring adequate security measures are taken while developing them is important. App security is not a feature or a bonus but a basic requirement. Having inadequate security measures in place can prove to be disastrous, and one security breach can cost a business a lifetime of trust and millions of dollars. Critical security measures must be taken to ensure data security and privacy when developing mobile apps.
Public Key Infrastructure (PKI) is a fundamental backbone, empowering the seamless use of cutting-edge technologies like digital signatures and encryption across vast user populations. It encompasses a comprehensive suite of hardware, software, policies, processes, and procedures, working harmoniously to create, manage, distribute, use, store, and revoke digital certificates and public keys.
By enabling code signing, you can guarantee that only trusted code is executed within your functions. Lambda meticulously examines each code package during deployment and verifies that a reliable source has signed it. Please note that code signing is not supported for functions defined as container images. This means that code signing cannot be utilized if you use container images for your Lambda functions.
Today’s fast-paced digital landscape requires quick actions and top-notch safeguarding. Code signing is crucial in providing that security, but teams must approach the process effectively. Unfortunately, managing digital certificates, a vital component of code signing, often becomes complex and error-prone for organizations, leading to potential risks and vulnerabilities.
Code signing certificates are crucial in verifying a software application’s source and assuring users that the code has not been tampered with or maliciously modified. However, like any security measure, code signing is not immune to abuse. Hackers and cybercriminals are constantly finding new ways to exploit vulnerabilities in digital signing processes, making it imperative for developers and organizations to take proactive steps to safeguard their code signing certificates.
New and advanced technologies have evolved rapidly, with many small to big companies adopting these advanced technologies. The best software development companies offer modern enterprise software solutions. With 2023 already heading to its 2nd quarter, many software development trends have occurred. Moreover, software professionals are in great demand because of their services.
Cisco Talos discovered a troubling revelation. Threat actors have seized upon a cunning Windows policy loophole, exploiting it to their advantage. This loophole allows them to sign and load cross-signed kernel mode drivers with signature timestamps. These malicious actors have cunningly embraced open-source tools’ power, manipulating kernel mode drivers’ signing date. They aim to introduce a horde of unverified and malevolent drivers with expired certificates.
An X.509 certificate holds immense significance in digital security, functioning as a digital certificate conforming to the universally accepted ITU X.509 standard. This standard defines the structure and format of public critical infrastructure certificates. X.509 certificates play a vital role in managing identity and ensuring security. The strength of X.509 certificates lies in their underlying architecture, which utilizes a key pair composed of a public key and a private key.
Today, an intricate web of tools, programs, and individuals collaborates to bring applications to life. This interconnected network, the software supply chain, encompasses the various entities and processes that shape the software development lifecycle (SDLC), including developers, dependencies, network interfaces, and DevOps practices. Given the diverse nature of these components, ensuring the security of each element becomes paramount.
