#cloud native

[tsukamoto]

Kongは、唯一のオープンソースAPIマネジメントソフトウェアとして知られ、日本でもヤフーや他の大手テクノロジー企業を顧客に持つ。エンタープライズ版の顧客は、グローバルで100組織を超えたという。同社は2018年9月にサンフランシスコで開催した初のユーザーカンファレンス「Kong Summit 2018」で、Kong 1.0を発表するとともに、「APIマネジメントは死んだ、Kongは『サービスコントロールプラットフォーム』だ」と宣言した。これはもちろん、マイクロサービスにおけるサービスメッシュのニーズが高まってきたことと大いに関係がある。

サービスメッシュというカテゴリで先行するIstioとの関係について。

「今回のサービスメッシュ対応は、最初の一歩だ。Istioはマイクロサービスにおけるエコシステムとして、今後拡大していくと確信している。実際、低レイヤーのネットワークポリシーを構成するのに優れている。そこで、KongではIstioとの統合を進める。私たちは既に、OpenTracingやPrometheusといったCNCF（Cloud Native Computing Foundation）のプロジェクトをサポートしている。サービスメッシュ対応の次に行うのは、Istioとの統合。その次にはgRPCのサポートなどを進めていく。私たちは、Istioを競合相手とは考えていない。マイクロサービス間の通信制御、サーキットブレーカー、ヘルスチェックなどの機能は、もはやコモディティだからだ」」

仮想マシンへの移行において、ある時点でハイパーバイザーがコモディティ化してそれをクラスタ化する統合管理ソフト、それを「NISTによるクラウドの定義」に合ったサービス化するクラウドポータルに焦点が移っていったように、という感じか。

[iplook-networks]

The Clock is Ticking: How Global 2G/3G Sunset Drives the Urgent Demand for Scalable IMS Solutions

The global shutdown of 2G and 3G networks is no longer a future plan. It is happening now. Major markets including France, the UK, and Japan have set clear sunset timelines. Operators are moving quickly to free up spectrum and reduce operational costs. But beneath this transition lies a critical problem that many overlook: a pure data network cannot carry traditional voice calls.

The Voice Vacuum of Data-Only Networks

LTE and 5G cores are built on packet-switched architectures. They inherently lack circuit-switched voice capabilities. In the past, operators relied on CSFB (circuit-switched fallback) to hand voice calls down to 2G/3G networks. As 2G/3G disappear, that voice path will be permanently cut. The result is simple: users in perfect 4G or 5G coverage will be unable to make a regular phone call. VoLTE and VoNR are the only solutions, and both require an IMS (IP Multimedia Subsystem) core.

IMS: From Nice-to-Have to Mission-Critical

IMS is a 3GPP-defined control platform for voice and multimedia services. Without IMS, a 4G/5G core is just a high-speed data pipe. It cannot perform call control, signalling interworking, or HD voice. As 2G/3G networks shut down, IMS has shifted from an upgrade option for large carriers to a non-negotiable infrastructure requirement for all operators, especially small and medium operators and MVNOs.

IPLOOK IMS: Legacy Device Support and Smooth Migration to VoLTE/VoNR

IPLOOK offers a full IMS core including P-CSCF, I-CSCF, S-CSCF, application servers, media gateways, and HSS/HLR. During the transition, it interworks with existing 2G/3G networks via media gateways, ensuring that legacy terminals can still make calls and send SMS. At the same time, it natively supports VoLTE and VoNR, enabling a smooth migration of voice services to 4G/5G. This dual-track strategy preserves the existing subscriber base while building a future-ready network.

Tailored for Small and Medium Operators: Lightweight, Cloud-Native, Low-Cost

Traditional IMS solutions can cost millions of dollars with complex hardware and long deployment cycles. IPLOOK targets small and medium operators as well as MVNOs with a lightweight, cloud-native IMS. Based on virtualization and container technology, it runs on public cloud, private cloud, or standard COTS servers with fully decoupled hardware and software, and elastic scaling on demand. Upfront investment is dramatically lower, and time-to-market can be reduced to months or even weeks. For regions with unstable power or limited technical staff, IPLOOK provides core-in-a-box appliances, offline deployment packages, and remote commissioning. A Latin American MVNO went live in just two months; an African national operator successfully deployed stable voice services for millions of users under harsh conditions. IMS also protects post-sunset VoLTE roaming revenue, preventing operators from losing international roaming income.

Looking Ahead: From VoLTE to VoNR

The 2G/3G sunset is an inflection point for full IP transformation. VoNR will gradually enter commercial use, requiring IMS to support higher-quality audio and video as well as integration with AI-driven scheduling, network slicing, and other emerging capabilities. IPLOOK continues to strengthen its IMS portfolio alongside its 5GC, MEC, and NTN solutions, helping operators worldwide build future-proof voice services.

[otuny]

Optimizing Delivery: A Technical Analysis of Modern Deployment Patterns

An engineering breakdown of high-frequency deployment strategies, evaluating the trade-offs between infrastructure overhead, rollback speed, and traffic-shifting mechanics in 2026 environments.

Read the full article

[acmeminds]

Transform your enterprise operations with software that is built to last. At AcmeMinds, we bridge the gap between legacy constraints and future-ready performance.

Whether it’s custom ERP and CRM solutions or cloud-native app development, we focus on creating systems that streamline workflows and enhance data visibility. With a 97% client retention rate and over a decade of excellence, our 100% in-house tech talent ensures your software is scalable, secure, and seamlessly integrated.

From re-architecting old infrastructures to deploying modern platforms, we make your transition from "legacy to limitless" disruption-free.

Ready to power your growth? Let’s build something intelligent. https://www.acmeminds.com/services/enterprise-apps-development/

[lycore]

Cloud-Native Architecture: Why Microservices Are the Future of Scalable Web Apps in 2026

By 2026, cloud-native architecture has firmly established itself as the gold standard for building modern, scalable web applications. Businesses that continue to rely on monolithic systems are finding it increasingly difficult to compete with organisations that have embraced microservices, containerisation, and continuous delivery pipelines. If you are planning your next application or…

[elijahmikaelson5]

Microsoft Azure Cloud Native Services | Azure Monitoring Services

Cloud Native Application Modernization by Calance leverages Microsoft Modern Workplace Services and Microsoft’s Cloud Native Solutions for s

Calance delivers advanced Microsoft’s Cloud Native Solutions that empower organizations to build, deploy, and manage modern applications with speed and efficiency on Microsoft Azure. By leveraging cloud-native architectures such as microservices, containers, and serverless computing, Calance helps businesses transition from traditional systems to scalable and resilient digital platforms.

With deep expertise in Azure Kubernetes Service, Calance ensures seamless orchestration of containerized workloads, enabling high availability and automated scaling. Their approach integrates DevOps practices and CI/CD pipelines, allowing faster releases, improved collaboration, and consistent performance across development environments. Through application modernization, legacy systems are transformed into agile, cloud-ready solutions that align with evolving business demands.

Security and compliance remain a core focus, with Azure-native tools providing robust identity management and threat protection. Calance also emphasizes continuous monitoring and optimization to enhance performance while controlling cloud costs. This holistic strategy ensures that applications remain reliable, secure, and efficient.

By adopting Microsoft’s Cloud Native Solutions, organizations can accelerate innovation, reduce operational complexity, and achieve greater flexibility in a competitive digital landscape.

[khushijitani]

Cloud-Native Application Development: Building Scalable & Resilient Applications

In an era where speed, scalability, and innovation define success, cloud-native application development has become the cornerstone of modern software engineering. It enables organizations to design and deploy applications that fully leverage the power of cloud computing.

What is Cloud-Native Application Development?

Cloud-native development is an approach to building applications specifically for cloud environments. These applications are designed to be scalable, flexible, and resilient, using modern architectures and technologies.

Leading platforms like Amazon Web Services, Microsoft Azure, and Google Cloud Platform provide the infrastructure and services required to support cloud-native ecosystems.

Core Principles of Cloud-Native Development

1. Microservices Architecture

Applications are divided into small, independent services that can be developed and deployed separately.

2. Containerization

Tools like Docker allow developers to package applications with all dependencies, ensuring consistency across environments.

3. Container Orchestration

Platforms such as Kubernetes manage container deployment, scaling, and operations automatically.

4. Continuous Integration & Continuous Delivery (CI/CD)

Automated pipelines enable frequent, reliable releases and faster time-to-market.

5. DevOps Culture

Encourages collaboration between development and operations teams for faster and more efficient delivery.

Key Benefits

Scalability: Automatically scale resources based on demand

Resilience: Built-in fault tolerance ensures high availability

Agility: Faster development and deployment cycles

Cost Efficiency: Pay only for what you use

Portability: Run applications across multiple cloud environments

Essential Technologies

Containers: Docker

Orchestration: Kubernetes

Serverless Computing: Event-driven execution without server management

Monitoring Tools: Prometheus, Grafana

Service Mesh: Secure service-to-service communication

Use Cases

SaaS platforms with continuous updates

E-commerce applications handling fluctuating traffic

Streaming and media services

Financial applications requiring high uptime

AI and data-driven applications

Challenges

Managing distributed systems complexity

Ensuring security across dynamic environments

Integration with legacy systems

Skill gaps in cloud-native technologies

Best Practices

Design for failure and resilience

Automate everything possible

Implement strong security (DevSecOps)

Monitor performance continuously

Use infrastructure as code (IaC)

Conclusion

Cloud-native application development is reshaping how software is built and delivered. By embracing modern architectures, automation, and cloud platforms, organizations can create highly scalable, resilient, and efficient applications. As digital transformation accelerates, adopting cloud-native principles is essential for staying competitive in today’s technology-driven world.

[gysp]

The "Cloud Native" Illusion: Why Enterprises Are Losing Their Negotiation Power in 2026

The Executive Crisis For the past five years, corporate boards have praised tech leaders for rapid cloud adoption. But a dangerous financial reckoning is happening right now. The relentless push for "speed to market" drove engineering teams straight into the arms of proprietary, vendor-specific services. We traded our architectural freedom for a temporary burst of velocity.

Now, as enterprise cloud contracts come up for renewal, the C-Suite is discovering a brutal truth: they have zero leverage. When your entire data layer and AI pipeline are deeply hard-coded to a single provider's native ecosystem, the cloud is no longer a competitive utility. It is a monopoly, and your switching costs are astronomical.

The Financial Reality The tech industry mislabeled this as "Vendor Lock-In." It is more accurate to call it a "Digital Hostage Situation." If a cheaper, faster AI model or a more efficient database engine hits the market tomorrow, your enterprise cannot pivot without a multi-million dollar, multi-year rewrite. You are a partner your vendor knows cannot fire them.

The Strategic Pivot "Portability is Leverage" At GYSP, we are advising enterprise leadership to completely abandon the "Cloud Native" dogma and adopt a "Leverage-First" philosophy.

The goal isn't to run on multiple clouds simultaneously—that just doubles your operational overhead. The goal is Portability. The mere ability to move is the only thing that keeps your vendor's pricing honest and your innovation pipeline open.

The Technical Blueprint You cannot negotiate if you cannot migrate. We have published our internal 3-Layer Decoupling Strategy—the exact technical blueprint we use to untangle enterprise architectures, neutralize Data Gravity, and restore vendor leverage.

We have also included our diagnostic Vendor Risk Scorecard so you can measure exactly how deep your "golden handcuffs" go before your next contract renewal.

👉 [Read the complete Decoupling Blueprint and audit your architecture here]