Enterprise-Grade AWS Engineering Built for Resilience, Cost-Efficiency, and Velocity.
Rapid AWS adoption without proper security architecture, identity and access management (IAM), or threat modeling creates serious and avoidable risk. We approach AWS cloud adoption not as a simple "lift-and-shift," but as a holistic infrastructure modernization engineered on "Security-by-Design" principles. We strip away the complexity to deliver scalable, framework-native AWS environments.
Engineered by Certified Cloud Security Experts
AWS Certified Solutions Architect • AWS Certified Security – Specialty • CCSK
Moving to AWS does not automatically make you secure. Misconfigured S3 buckets, IAM privilege sprawl, and lack of VPC visibility are the leading causes of cloud breaches. AIM CyberOps combines deep threat intelligence, manual engineering expertise, and business context to ensure your AWS infrastructure is immutable, highly available, and strictly compliant.
Publicly exposed storage and excessive permissions remain the #1 cloud vulnerability.
Poor network segmentation and missing flow logs leave lateral movement undetected.
Unchecked IAM role proliferation grants attackers the keys to your AWS kingdom.
of organizations had cloud resources publicly exposed
Source: Palo Alto Networks Unit 42, Cloud Threat Report (2022)
of cloud users, roles, and services were granted permissions they never used
Source: Palo Alto Networks Unit 42, Cloud Threat Report (2022)
average cost of a data breach for Canadian organizations
Source: IBM Cost of a Data Breach Report 2026
days average time to identify and contain a breach
Source: IBM Cost of a Data Breach Report 2026
Six enterprise-grade engineering disciplines — from migration strategy to continuous cost optimization — built to secure and scale your AWS footprint.
Project Scope: Complex workload transitions to AWS using the Rehost, Relocate, Replatform, Repurchase, Refactor, Retire, and Retain framework.
Enterprise Value: Prioritizing zero-downtime transitions and strict cost-efficiency to ensure business continuity during highly volatile infrastructure shifts.
Project Scope: Eliminating manual configuration drift by deploying AWS infrastructure via declarative code using HashiCorp Terraform and AWS CloudFormation.
Enterprise Value: Guarantees consistent, highly repeatable, and instantly audit-ready environments. Establishes the immutable foundation required for rapid scaling and disaster recovery.
Project Scope: Integrating automated vulnerability scanning, static code analysis, and compliance checks directly into GitOps and CI/CD pipelines deployed on AWS.
Enterprise Value: Neutralizing critical software flaws in the development phase before they ever reach a live AWS production environment.
Project Scope: Full-scale secure implementation of modern containerized workloads via Amazon EKS, ECS, and AWS Fargate, utilizing ArgoCD for GitOps-based management.
Enterprise Value: Securing the entire container lifecycle while empowering development teams to deploy microservices at extremely high velocity.
Project Scope: Architecting mission-critical infrastructure across multiple AWS Availability Zones (multi-AZ) with automated failover logic.
Enterprise Value: Designed to meet demanding availability targets such as 99.99%, protecting revenue streams from regional data center outages.
Project Scope: Continuous algorithmic cost analysis and EC2/RDS resource right-sizing strategies.
Enterprise Value: Actively identifying and eliminating cloud waste, ensuring maximum ROI on AWS investments, and aligning IT expenditure directly with actual business utilization.
We build your AWS infrastructure to be inherently compliant from day one. Our architectures are mapped directly to industry gold standards, keeping you audit-ready and unlocking enterprise B2B revenue opportunities.
Need your data to stay in Canada? We design architectures that keep data and backups in AWS's Canadian regions, Canada (Central) in Montreal and Canada West in Calgary, with guardrails that block resources from being created anywhere else.
A 3-step lifecycle engineered specifically for enterprise AWS deployments — from deep-dive assessment to production-grade acceleration.
Deep-dive technical evaluations of your current on-premise or legacy cloud footprint to identify misconfigurations, IAM gaps, and threat models.
Designing a bespoke, zero-trust AWS landing zone prioritized by your specific business risk tolerance, budget, and compliance mandates.
Engineering-led implementation using IaC and GitOps. We don't just hand you a diagram; we build, secure, and deploy the AWS infrastructure alongside your team.
AIM CyberOps is advisory-led and framework-native. Operating as a remote-first organization with strategic hubs in Canada and India, we provide coverage across time zones, experienced specialists, and the diverse technical perspectives required to secure modern AWS environments. We build partnerships, not dependencies.
We don't carry cloud vendor quotas. Every architecture decision is driven by your actual risk profile, workload characteristics, and budget reality — not a partner incentive program.
Dual-hub delivery across Canada and India keeps engineering work moving across time zones, so progress doesn't stop at the end of your business day.
We embed directly into your engineering workflows — Slack, Jira, Git repos — and transfer IaC artifacts, runbooks, and knowledge to your team. Zero lock-in. Full ownership.
Yes. Many clients start with our AWS Security Posture Assessment, which reviews an existing environment against the CIS AWS Foundations Benchmark and the AWS Well-Architected Security Pillar. You get a prioritized list of fixes, with no migration required.
It depends on scope. Timelines and SLAs are set with you up front, based on your environment. Migrations are planned in waves, and we'll give you a clear schedule after the initial assessment — please consult us for the specifics.
AWS is the focus of our cloud engineering practice. For Microsoft 365 and Azure environments, our Microsoft Security Consulting practice provides the same depth of expertise.
No. We assess each workload and choose the right strategy for it, whether that's rehosting, replatforming, refactoring, or retiring it. Then we migrate in planned waves, starting with lower-risk systems.
We design every migration to minimize disruption. Most workloads can be moved with little or no downtime using data replication and planned cutovers. Where a short outage is unavoidable, we schedule it with you in advance and keep a tested rollback plan ready.
Both. We'll work with whichever your team already uses, or recommend the best fit if you're starting fresh. Either way, all infrastructure is defined as code and committed to your own repository.
No. You own everything we build, including Infrastructure as Code, architecture documentation, and runbooks. We transfer knowledge throughout the engagement so your team can operate and extend the environment independently.
Often, yes. Right-sizing, removing idle resources, and choosing the right pricing models regularly uncover waste. Savings depend on your environment, and we'll show you the specific opportunities we find before recommending any changes.
Yes. AWS operates two Canadian regions, Canada (Central) in Montreal and Canada West in Calgary. We can design your environment so data and backups stay in Canada, with guardrails that prevent resources from being created elsewhere.
Not when it's automated. Security checks run inside your CI/CD pipeline, so issues are caught early, before code reaches production, without adding manual review steps.
Yes. We design your AWS controls to align with the framework, document them, and set up continuous compliance checks so evidence is ready when your auditor needs it. The audit itself is performed by an independent auditor.
We configure detection with Amazon GuardDuty, AWS Security Hub, and centralized CloudTrail logging so threats are spotted early. With our managed SOC, our analysts monitor these alerts around the clock and contain threats before they spread.
Whether you're planning a migration or securing what's already running, we'll start with a clear picture of where you stand and a practical plan to get where you need to be.
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