Process Engineering
Architecting high-availability infrastructure. We replace static legacy environments with self-healing cloud systems to guarantee operational continuity and eliminate single points of failure.
Process Engineering
Architecting high-availability infrastructure. We replace static legacy environments with self-healing cloud systems to guarantee operational continuity and eliminate single points of failure.
Systems architecture & pipeline engineering
Business Process Analysis
Comprehensive mapping. We evaluate your current operational workflows to identify bottlenecks, inefficiencies, and opportunities for structural improvement.
Process Mining Services
Data-driven visibility. We utilize event log data from your IT systems to visualize actual process execution, uncovering hidden deviations and compliance risks.
Business Process Analysis
Comprehensive mapping. We evaluate your current operational workflows to identify bottlenecks, inefficiencies, and opportunities for structural improvement.
Process Mining Services
Data-driven visibility. We utilize event log data from your IT systems to visualize actual process execution, uncovering hidden deviations and compliance risks.
High-precision infrastructure
We reject code without purpose. By auditing your current state and mapping it to clear operational KPIs, we deliver secure, auto-scaling systems designed to reduce overhead and maximize data utility.
Clear goals and metrics
We start by defining business objectives, success criteria, and data priorities, ensuring every technical decision is tied directly to measurable results.
Transparent communication
Expect clear progress updates without the tech-speak. We explain decisions in plain language, share realistic timelines, and keep you informed every step of the way.
Dedicated experts
We provide skilled data engineers who join your team to fill specific expertise gaps. They work seamlessly within your existing solution or development process.
Security and accuracy built in
We design every data flow with built-in security measures and rigorous quality checks, ensuring your information stays safe and analysis results are trustworthy.
24/7 global support
Global teams and round-the-clock availability mean you can reach us anytime for urgent fixes, system monitoring, or project updates across time zones.
Industry-specific expertise
Our teams bring deep domain knowledge in retail, finance, healthcare, logistics, and more to build solutions that fit real-world industry workflows and regulations.
Clear goals and metrics
We start by defining business objectives, success criteria, and data priorities, ensuring every technical decision is tied directly to measurable results.
Transparent communication
Expect clear progress updates without the tech-speak. We explain decisions in plain language, share realistic timelines, and keep you informed every step of the way.
Dedicated experts
We provide skilled data engineers who join your team to fill specific expertise gaps. They work seamlessly within your existing solution or development process.
Security and accuracy built in
We design every data flow with built-in security measures and rigorous quality checks, ensuring your information stays safe and analysis results are trustworthy.
24/7 global support
Global teams and round-the-clock availability mean you can reach us anytime for urgent fixes, system monitoring, or project updates across time zones.
Industry-specific expertise
Our teams bring deep domain knowledge in retail, finance, healthcare, logistics, and more to build solutions that fit real-world industry workflows and regulations.
Replace static, manual environments with self-healing systems that guarantee continuity.
Contact MetanowReplace static, manual environments with self-healing systems that guarantee continuity.
Contact MetanowFrequently Asked Questions
What does "Self-Healing Infrastructure" actually mean?
It means the system can detect and repair its own failures without human intervention. By utilizing Kubernetes orchestration and automated health checks, if a service pod fails or becomes unresponsive, our architecture instantly terminates it and spins up a fresh instance, ensuring continuous uptime.
Are you strictly tied to one cloud provider (AWS/Azure)?
No. We engineer Cloud-Agnostic solutions using Terraform (Infrastructure as Code). This allows us to deploy your architecture on AWS, Azure, Google Cloud, or even on-premise bare metal servers with minimal reconfiguration, protecting you from vendor lock-in and pricing hikes.
How do you handle scaling during high-traffic events?
We implement Horizontal Pod Autoscaling. Instead of just adding more power to a single server (vertical scaling), our systems automatically replicate the application across multiple nodes based on real-time CPU or memory usage. When traffic subsides, the system scales down to save costs.
What is "CI/CD Automation" and why do we need it?
CI/CD (Continuous Integration/Continuous Deployment) removes manual deployments. We build pipelines that automatically test, build, and deploy your code whenever a developer saves their work. This eliminates "deployment night" stress and reduces the risk of human error breaking the production site.
Can you modernize our Legacy ERP without rewriting it?
Yes. We use Containerization (Docker) to isolate your legacy applications. We then build an API Layer around the old system. This allows modern web or mobile apps to communicate with your 20-year-old database securely, extending the life of your initial capital investment.
How do you ensure zero downtime during updates?
We utilize Blue/Green Deployment strategies. We spin up the new version of your application (Green) alongside the old one (Blue). Once the new version passes all health checks, we instantly switch the traffic router. If an error occurs, we switch back immediately, ensuring users never see a broken page.
What is "Zero-Trust" architecture?
Traditional security trusts anyone inside the network firewall. Zero-Trust assumes every request—even from inside—is hostile. We require strict authentication (mTLS) for every service-to-service communication, ensuring that if one part of the system is compromised, the attacker cannot move laterally.
How does "FinOps" save us money?
Cloud bills often bloat due to "Zombie Infrastructure"—servers left running but not used. Our FinOps protocols implement automated tagging and lifecycle policies. We automatically shut down development environments at night and utilize Spot Instances for non-critical workloads, typically reducing cloud bills by 30-50%.
How do you handle Data Anonymization for testing?
Developers should never see real customer data. We implement ETL pipelines that create "Synthetic Data" or scrub PII (Personally Identifiable Information) before it reaches the testing environment. This allows rigorous testing without violating GDPR, CCPA, or internal compliance protocols.
What happens if a disaster occurs?
We engineer for RTO (Recovery Time Objective). All infrastructure is defined as code, meaning we can rebuild your entire environment from scratch in a different region within minutes using automated scripts, ensuring business continuity even in the event of a total data center failure.
What does "Self-Healing Infrastructure" actually mean?
It means the system can detect and repair its own failures without human intervention. By utilizing Kubernetes orchestration and automated health checks, if a service pod fails or becomes unresponsive, our architecture instantly terminates it and spins up a fresh instance, ensuring continuous uptime.
Are you strictly tied to one cloud provider (AWS/Azure)?
No. We engineer Cloud-Agnostic solutions using Terraform (Infrastructure as Code). This allows us to deploy your architecture on AWS, Azure, Google Cloud, or even on-premise bare metal servers with minimal reconfiguration, protecting you from vendor lock-in and pricing hikes.
How do you handle scaling during high-traffic events?
We implement Horizontal Pod Autoscaling. Instead of just adding more power to a single server (vertical scaling), our systems automatically replicate the application across multiple nodes based on real-time CPU or memory usage. When traffic subsides, the system scales down to save costs.
What is "CI/CD Automation" and why do we need it?
CI/CD (Continuous Integration/Continuous Deployment) removes manual deployments. We build pipelines that automatically test, build, and deploy your code whenever a developer saves their work. This eliminates "deployment night" stress and reduces the risk of human error breaking the production site.
Can you modernize our Legacy ERP without rewriting it?
Yes. We use Containerization (Docker) to isolate your legacy applications. We then build an API Layer around the old system. This allows modern web or mobile apps to communicate with your 20-year-old database securely, extending the life of your initial capital investment.
How do you ensure zero downtime during updates?
We utilize Blue/Green Deployment strategies. We spin up the new version of your application (Green) alongside the old one (Blue). Once the new version passes all health checks, we instantly switch the traffic router. If an error occurs, we switch back immediately, ensuring users never see a broken page.
What is "Zero-Trust" architecture?
Traditional security trusts anyone inside the network firewall. Zero-Trust assumes every request—even from inside—is hostile. We require strict authentication (mTLS) for every service-to-service communication, ensuring that if one part of the system is compromised, the attacker cannot move laterally.
How does "FinOps" save us money?
Cloud bills often bloat due to "Zombie Infrastructure"—servers left running but not used. Our FinOps protocols implement automated tagging and lifecycle policies. We automatically shut down development environments at night and utilize Spot Instances for non-critical workloads, typically reducing cloud bills by 30-50%.
How do you handle Data Anonymization for testing?
Developers should never see real customer data. We implement ETL pipelines that create "Synthetic Data" or scrub PII (Personally Identifiable Information) before it reaches the testing environment. This allows rigorous testing without violating GDPR, CCPA, or internal compliance protocols.
What happens if a disaster occurs?
We engineer for RTO (Recovery Time Objective). All infrastructure is defined as code, meaning we can rebuild your entire environment from scratch in a different region within minutes using automated scripts, ensuring business continuity even in the event of a total data center failure.