Generic methods
Methods can now have their own type parameters, so reusable helpers live right on your types.
func (c *Cache[K, V]) Map[R any](f func(V) R) []RWe build APIs, microservices and cloud-native tools in Go: simple code, tiny deployments and the concurrency to handle huge traffic on modest servers.
The biggest Go release in years. Here is what it means for your services.
Methods can now have their own type parameters, so reusable helpers live right on your types.
func (c *Cache[K, V]) Map[R any](f func(V) R) []Rencoding/json now runs on the new v2 engine: much faster decoding and stricter validation, with the old API still working.
New ML-DSA signatures and ML-KEM-1024 key exchange help protect TLS traffic against future quantum attacks.
Allocations under 80 bytes can be up to 30% cheaper.
A built-in profile finds goroutines stuck forever, a common source of slow memory leaks.
Generate standard UUIDs without a third-party library.
id := uuid.New()Goroutines cost only a few kilobytes, so a Go service can run thousands at once. Drag the slider to add workers and process 48 jobs. Timings are illustrative.
Go ships twice a year, in February and August. Each release is supported until two newer ones are out, so upgrading every six months keeps you safe.
The core tools of modern infrastructure are written in Go. Our teams know this ecosystem inside out.
Go compiles everything into one static file, so container images can be tiny. That means faster deploys, faster cold starts and fewer packages to patch. Sizes are typical examples, not measurements.
Back ends that stay fast and cheap as you grow.
We work across stacks and recommend what fits your product and team.
| Technology | Strengths | When we choose it |
|---|---|---|
| Go | Simple, fast, built-in concurrency, single binary | APIs, microservices, cloud tools, high traffic |
| Rust | Maximum speed and memory safety, no GC | Performance-critical and embedded code |
| Node.js | JavaScript everywhere, real-time apps | JS teams, BFFs, real-time features |
| Java | Mature enterprise ecosystem | Large enterprise platforms |
| C# / .NET | Productive, Microsoft ecosystem | Azure-centric business apps |
| Python | Best for AI and data | AI services and data pipelines |
Straight answers to what clients ask us most.
Go compiles to a single fast binary, starts instantly, uses little memory and has concurrency built into the language with goroutines and channels. It is simple to read, so teams stay productive and code stays maintainable for years.
Go 1.27 (August 2026) adds generic methods, a faster encoding/json powered by the new v2 engine, post-quantum ML-DSA signatures, cheaper small allocations, a goroutine leak profile and a new uuid package.
Each Go release is supported until two newer major releases are out. Right now that means Go 1.26 and Go 1.27. Go 1.25 stopped receiving security fixes when 1.27 shipped.
Go is simpler and faster to develop with, ideal for most cloud services. Rust wins for maximum performance, very low memory and no garbage-collector pauses. We use both.
Go handles CPU-heavy and very high-concurrency workloads better and deploys as one small binary. Node.js is great when your team is JavaScript-first or the app is mostly real-time UI features.
Yes — it is one of the most popular choices. Kubernetes, Docker, Terraform and Prometheus are all written in Go, and its gRPC and HTTP tooling is excellent.
Yes. We usually start with the slowest or most expensive service, rebuild it in Go behind the same API, compare cost and latency, then decide on the next.
It depends on scope. We give a fixed price per milestone after discovery, or provide dedicated Go developers monthly.
Tell us what you want to build, your data and integrations, and your timeline. We reply within 4 business hours with honest advice.