#SoftwarePerformance
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hardwarebriefcom.bsky.social
Microsoft Releases Windows 11 Version 26H2 Update

#Windows11 #Microsoft #TechUpdate #SoftwarePerformance #Windows26H2
Microsoft Releases Windows 11 Version 26H2 Update
Microsoft EVP Pavan Davuluri announces Windows 11 build 26300.9818, delivering significant speed gains and optimized memory management.
hardwarebrief.com
November 4, 2026 at 7:48 PM
barisgunduz.bsky.social
Performance always matters. #PerformanceManagement #SoftwarePerformance
Performance Tuning for Node.js and PostgreSQL: What Really Matters
When your project grows, performance bottlenecks creep in fast — and if you’re using Node.js and PostgreSQL, you need to know where to…
barisgunduz.medium.com
July 9, 2025 at 2:58 PM
infoq.com
This #InfoQ talk, based on Aleksey Shipilev's performance work phase diagram, reveals the critical "Performance - Complexity Curve" and how it impacts your engineering decisions and costs.

Watch the video now: youtu.be/0tSLRAPC_0M

#SoftwarePerformance #SystemArchitecture #Java
Performance Complexity: The Hidden Costs Senior Engineers Miss
YouTube video by InfoQ
youtu.be
April 16, 2025 at 10:24 AM
infoq.com
#CaseStudy: Uber & Google teamed up: they integrated #ProfileGuidedOptimization into #GoLang.

The result?
➡️ Significant performance improvements
➡️ Resource savings across their service fleet

Read the full story on #InfoQ 👉 bit.ly/4j2VmNR

#PGO #SoftwarePerformance #SoftwareDevelopment
March 21, 2025 at 7:14 AM
infoq.com
Trade-off between #SoftwarePerformance & #SoftwareComplexity got you thinking?

Refactoring can cause regressions, and performance optimizations face tough code reviews.

Learn how Java String enhancements relate to this in this #InfoQ video: bit.ly/3DBOXtX

📄 #transcript included

#Java #QConLondon
March 18, 2025 at 10:58 AM
jeffbailey.us
Your dashboard says green. Your users say slow. Guess who’s right.

jeffbailey.us/blog/2025/12...

#SoftwarePerformance #DistributedSystems #PerformanceEngineering #Latency #Observability #ReliabilityEngineering #SiteReliability #BackendEngineering #DeveloperEducation #SoftwareArchitecture
Fundamentals of Software Performance
End-to-end software performance fundamentals: latency, throughput, percentiles, bottlenecks, and measuring user-perceived speed without breaking reliability.
jeffbailey.us
December 20, 2025 at 2:27 AM
depot.dev
Not so fast. Luke put together a deep dive into why Rust builds slow down in CI—and how to address the issue with sccache.

Check it out here: go.depot.dev/brustscc

#DevOps #SoftwarePerformance
Fast Rust Builds with sccache and GitHub Actions
Compiling Rust in GitHub Actions can be slow in unpredictable ways. Let's examine the underlying causes and explore sccache as an effective solution.
go.depot.dev
April 8, 2025 at 10:15 PM
depot.dev
Not so fast. Luke put together a deep dive into why Rust builds slow down in CI—and how to address the issue with sccache.

Check it out here: go.depot.dev/brustscc

#DevOps #SoftwarePerformance
Fast Rust Builds with sccache and GitHub Actions
Compiling Rust in GitHub Actions can be slow in unpredictable ways. Let's examine the underlying causes and explore sccache as an effective solution.
go.depot.dev
March 6, 2025 at 9:17 PM
ainewsagent.bsky.social
Google Chrome Receives Massive Performance Overhaul

Google announced significant under-the-hood improvements, resulting in record scores in speed benchmarks for Chrome users.

GoogleChrome SoftwarePerformance
Chrome is faster than ever thanks to a massive under-the-hood overhaul
Chrome just widened its lead with record-breaking browser speed gains.
www.androidcentral.com
June 6, 2026 at 7:03 PM
hncompanion.com
Specific Notion critiques included heavy JavaScript bundles and Electron reliance. Users noted that simple text editing shouldn't demand so much CPU, questioning modern app design choices and their impact on user experience. #SoftwarePerformance 4/6
August 6, 2025 at 4:00 AM
selfawarecompute.com
A developer may ask how this workload will run.

A CTO may ask what resources it will need.

A CFO may ask what it will cost.

Those are connected questions. Execution control is where they meet.

#SoftwarePerformance
June 23, 2026 at 6:35 PM
selfawarecompute.com
Most optimization waits until after the run.

SelfAware starts earlier: what pathway will this input activate, what will it cost and how should the system run it before compute gets spent?

#SelfAwareCompute #SoftwarePerformance
June 19, 2026 at 6:52 PM
selfawarecompute.com
Most optimization waits for evidence from the last run.

SelfAware is built around the next question: can the system know enough before the run to make a better execution decision?

#SelfAwareCompute #SoftwarePerformance
June 18, 2026 at 5:13 PM
selfawarecompute.com
Profiling tells you what happened after the run.

SelfAware starts earlier: what execution pathway will this input activate, and what should the system do before compute is spent?

#SelfAwareCompute #SoftwarePerformance
Graphic titled “The missing layer: software execution.” A layered diagram shows code and workloads flowing into an execution pathways layer labeled “Predict. Evaluate. Choose.” before reaching hardware and infrastructure. Icons represent code, settings, processors, databases and cloud infrastructure.
June 18, 2026 at 3:36 PM
selfawarecompute.com
Back to basics: same code does not always mean same execution.

Different inputs can activate different pathways, costs and limits.

That is why execution matters before compute gets spent.

#SelfAwareCompute #SoftwarePerformance
June 12, 2026 at 7:51 PM
selfawarecompute.com
Same code ≠ same performance.

Different inputs can activate different paths, different loops and different resource needs.

Execution is where the cost shows up.

selfawarecompute.com?utm_source=b...

#SelfAwareCompute #SoftwarePerformance
SelfAware Compute
selfawarecompute.com
June 11, 2026 at 6:42 PM
selfawarecompute.com
Back to basics, literally.

Software has been treated like a black box for too long. We write it. Run it. Measure what happened after the fact.

SelfAware Compute starts with a different question: what path will the software actually take?

#SelfAwareCompute #SoftwarePerformance
June 9, 2026 at 7:31 PM
selfawarecompute.com
Profiling tells you what already happened.

SelfAware is focused on what WILL happen: which execution pathway will run, how it will behave, and what resource strategy fits the work.

That is a different layer of compute efficiency.

#SelfAwareCompute #SoftwarePerformance
June 1, 2026 at 7:13 PM
selfawarecompute.com
Resurfacing this from Wednesday because it is the product point for the week:

Software performance is not just a hardware problem or a compiler problem.

It is an execution problem.

Press release: apnews.com/press-releas...

#SelfAwareCompute #SoftwarePerformance #ComputeEfficiency
SelfAware Compute Introduces Predictive Software Optimization for Compute Efficiency
SelfAware’s Optimization Engine helps software make better execution decisions before compute is spent in the wrong places
apnews.com
May 29, 2026 at 7:12 PM
selfawarecompute.com
Better execution out

The output is not just “faster code.”

It is source code, performance and energy reporting, and deployment metadata tied to the target environment.

Same logic. New time flow.

selfawarecompute.com/solutions?ut...

#SelfAwareCompute #SoftwarePerformance #Optimization #Compute
Dark SelfAware Compute process graphic showing the highlighted Output stage in the flow “Input → Optimization Engine → Output.” Output cards list optimized source code with same logic and time-restructured execution, a performance and energy report with expected speedup and power/cooling impact, and deployment metadata for target architecture, configuration, and CI/CD-ready outputs. A badge reads “Same code, new time flow.”
May 18, 2026 at 7:09 PM
selfawarecompute.com
The point is not to rewrite everything.

Bring in the code you already have. SelfAware starts there, with the existing repository, the existing logic and the constraints the team already lives with.

Then it looks at how that software actually executes.

#SelfAwareCompute #SoftwarePerformance

1/3
Dark SelfAware Compute process graphic showing the highlighted Input stage in the flow “Input → Optimization Engine → Output.” Inside the Input panel, a GitHub Repository card lists private or public repo, read-only access where the service pulls code, and customer-controlled source of truth. A badge reads “Code never locked in.”
May 18, 2026 at 3:23 PM
selfawarecompute.com
You still don’t know what your code is doing at runtime.

Same code. Different path. Different outcome.

We’ve been calling that variance. It isn’t.

#SelfAwareCompute #HPC #SoftwarePerformance
May 4, 2026 at 2:48 PM
selfawarecompute.com
Optimization isn’t one-size-fits-all.

It should be goal-driven.

Speed. Energy. Cost.

Pick one. Then adapt execution to match.

#SelfAwareCompute #SoftwarePerformance
April 29, 2026 at 10:41 PM
selfawarecompute.com
Software isn’t one thing.

It’s a set of possible execution pathways. Every run selects one. That’s why performance is unpredictable.

We make those pathways visible.

#SelfAwareCompute #EnergyEfficiency #SoftwarePerformance
April 28, 2026 at 6:31 PM