Trust
We track 19 posts about Trust from 16 engineering blogs. Most active: Docker, Feedzai, Google Online Security. Latest post: Oct 8, 2026.
Companies writing about Trust
Recent posts
Explainable AI: If You Can’t Evaluate It, Can You Trust It? (opens on the source site)
Feedzai ·
Machine learning models increasingly support decisions that carry real consequences. For example, they help fraud analysts identify suspicious transactions, assist doctors in assessing patient risk, and inform hiring decisions that can shape people’s careers.As these models become more complex, explainability has become a cornerstone of trustworthy AI. The idea is straightforward: if people understand why a model reached a particular prediction, they should be able to make better, more informed decisions.But there is a fundamental question that often goes unasked: How do we know whether an…
Trust Docker for the agents you don’t (opens on the source site)
Docker ·
At WeAreDevelopers, Docker introduced Cloud Sandboxes, the open Sandbox Kit specification, and a commitment to bring Kits to the CNCF for neutral governance.
Confluent Strengthens Trust for Singapore's Markets with OSPAR Attestation (opens on the source site)
Confluent Cloud secures OSPAR attestation, providing Singapore financial institutions with verified assurance for outsourced data streaming.
Master your skills: Building skills you can trust (opens on the source site)
Red Hat ·
In my article Standardize project context with AGENTS.md and Agent Skills, I discussed agent context, how skills work, and how to share skills across projects and teams. If you followed along with that article, you now have skills in .agents/skills/, and maybe even a marketplace set up, which is a good foundation to build on. But how do you know your skills actually work? The post Master your skills: Building skills you can trust appeared first on Red Hat Developer.
Manufacturing Trust for AI Agents | Docker’s WeAreDevelopers Keynote (opens on the source site)
Docker ·
Docker's WeAreDevelopers keynote shows how Sandboxes, Kits, and Cloud Sandboxes give AI agents strong isolation and reproducible authority.
Trust, but verify: Atomic claim checking against LLM hallucinations (opens on the source site)
Elastic ·
Hallucinations kept an LLM out of our knowledge base cleanup for years. Splitting generation from atomic claim verification fixed it and cleared a four-year backlog of duplicate articles.
Classic Engine Feature EOL: SSR, Desktop SSO, Device Trust (opens on the source site)
Okta ·
Starting March 5, 2027, Okta ends support for a few capabilities on Classic Engine. Identity and security requirements continue to evolve. Organizations expect authentication experiences that are more secure, flexible, and adaptable to changing users, devices, and applications. Okta invests in Okta Identity Engine, the modern foundation for passwordless authentication, device assurance, phishing-resistant multifactor authentication, and adaptive security policies. By moving to Okta Identity Engine, you access an environment aligned with modern security practices that is stronger, more…
Build Trust on a Short Software Project (opens on the source site)
On a short project, clients need evidence not only that work is happening, but that the team knows when to continue, when to change direction, when to raise concern, and how to leave others capable of carrying the work forward. 1. Close the Feedback Loop – Show Responsiveness. It’s extremely important to get feedback quickly […] The post Build Trust on a Short Software Project appeared first on Atomic Spin.
App Shield: Your Server Should Not Trust the App Calling It (opens on the source site)
Codename One App Shield turns Apple App Attest and Google Play Integrity into short-lived tokens your backend can verify. This release also adds OpenType fonts, advances the R2 repository migration, and prepares new Windows desktop builders.
AI Model Risk Intelligence Know Which Models You Can Trust Before You Deploy (opens on the source site)
Snyk ·
AI model risk depends on how a model is deployed. Learn how Evo combines adversarial testing, attack impact, and deployment context to help teams compare models and enforce policy.
Developers are attached to tools because tools encode trust (opens on the source site)
The tools themselves are new and their capabilities are in constant flux. If your kitchen knife kept changing shape, weight, and edge, you’d have to relearn it every time; that’s a hard tool to build trust in. But it also points to a flaw in how you use that tool, the process around it, and the way the tool reinforces the process.
How to Extend SPIFFE Beyond Kubernetes: Bring Zero Trust Identity to Your VMs (opens on the source site)
Teleport ·
Discover how Envoy + SDS and Teleport Workload Identity let off-cluster workloads securely call Istio services without distributing certificates.
Drive Product Success and Customer Trust With UX Strategy (opens on the source site)
Toptal ·
Even expert designers can underestimate the importance of a UX strategy. Discover the strategic components that turn design excellence into trust, performance, and value.
The Hidden Layer of Analytics: How QA Builds Trust in Data (opens on the source site)
Every accurate metric is backed by countless validations, events checks and integrity tests in the background.IntroductionQuality Assurance in the data-driven systems extends beyond UI validation and backend verification. Such systems rely heavily on data precision and accuracy.A recent QA focused on validating a productivity analytics framework, ensuring that every event, metric and data flow accurately represented real-world user behaviour. The process was primarily manual, involving live simulations, event validation and detailed metric verification across environment which emphasised…
How Pixel and Android are bringing a new level of trust to your images with C2PA Content Credentials (opens on the source site)
Posted by Eric Lynch, Senior Product Manager, Android Security, and Sherif Hanna, Group Product Manager, Google C2PA Core At Made by Google 2025, we announced that the new Google Pixel 10 phones will support C2PA Content Credentials in Pixel Camera and Google Photos. This announcement represents a series of steps towards greater digital media transparency: The Pixel 10 lineup is the first to have Content Credentials built in across every photo created by Pixel Camera. The Pixel Camera app achieved Assurance Level 2, the highest security rating currently defined by the C2PA Conformance…
How Pixel and Android are bringing a new level of trust to your images with C2PA Content Credentials (opens on the source site)
Posted by Eric Lynch, Senior Product Manager, Android Security, and Sherif Hanna, Group Product Manager, Google C2PA Core At Made by Google 2025, we announced that the new Google Pixel 10 phones will support C2PA Content Credentials in Pixel Camera and Google Photos. This announcement represents a series of steps towards greater digital media transparency: The Pixel 10 lineup is the first to have Content Credentials built in across every photo created by Pixel Camera. The Pixel Camera app achieved Assurance Level 2, the highest security rating currently defined by the C2PA Conformance…
Building Trust in a Digital World: The Role of Machine Learning in Behavioral Biometrics (opens on the source site)
Feedzai ·
In the world of financial services, the bank or financial institution’s relationship with the customer relies on digital trust, which is anchored in two fundamental principles. First, it must ensure the person engaging through digital banking channels is genuinely the individual they claim to be. Second, it must confirm that this person is authorized to complete the intended financial transaction.Addressing these crucial requirements is the core mission of Feedzai’s Digital Trust solution. The solution collects and analyzes comprehensive user behavioral data, scrutinizes device information…
What is X-Forwarded-For and when can you trust it? (opens on the source site)
The X-Forwarded-For (XFF) HTTP header provides crucial insight into the origin of web requests. The header works as a mechanism for conveying the original source IP addresses of clients, and not just across one hop, but through chains of multiple intermediaries. This list of IPv4 and IPv6 addresses is helpful to understand where requests have really come from in scenarios where they traverse several servers, proxies, or load balancers. A typical HTTP request goes on a bit of a journey, traversing multiple layers of infrastructure before reaching its destination. Without the X-Forwarded-For…
Behind the Scenes: Never Trust User Input (opens on the source site)
This article is the first in a series of posts I'm writing about running various SaaS products and websites for the last 8 years. I'll be sharing some of the issues I've dealt with, lessons I've learned, mistakes I've made, and maybe a few things that went right. Let me
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This page is generated automatically from the engineering blogs we follow. Every post links to its source, where it was published. See all sources.