How can you deliver in 48 hours with zero meetings?

While traditional agencies spend 5 days coordinating calendars for a 45-minute discovery call, you describe your issue in our simple intake form with a URL, screenshot, or 2-minute Loom video. With 20+ years of hands-on production experience, I diagnose the root cause immediately, test in staging, and push working code to production. No calendar delays, no timezone friction, and no meeting overhead.

What counts as 1 active task in the $999/mo monthly plan?

A task is any distinct engineering deliverable achievable in 24–48 hours: a bug fix, API webhook integration, new UI component, database query optimization, or edge caching rule. If you request a large monolithic feature, I break it down into clean 24–48h milestone pull requests so you receive working software continuously. You can queue as many tasks as you want; they are executed sequentially in your priority order.

What if my issue is too complex for a $99 fix?

If your project requires broader refactoring or custom architecture beyond a standard 48-hour fix, I will review your site and provide a guaranteed fixed-price quote in writing within 24 hours — free of charge and with zero sales calls. You decide whether to proceed with complete upfront certainty.

Will working on my website cause downtime or break my live store?

No. Safety comes first: every task begins with a full backup of your website files and database. Complex or non-trivial fixes are tested on a staging or isolated test environment before deploying to production, ensuring your visitors and live transactions are never disrupted.

What if you can't fix my issue? Is there a money-back guarantee?

Yes, 100% Money-Back Guarantee. If I cannot diagnose and solve the agreed root cause, or if the fix is technically impossible in your hosting setup, you receive a full 100% refund. You take zero financial risk.

How does the $999/mo retainer compare to a full-time hire or agency?

A full-time senior US software engineer costs $150,000+ per year ($12,000+/mo) plus benefits, equity, recruiter fees, and notice periods — and you pay them even during product lulls. Traditional agencies charge $5,000–$15,000/mo minimums and hand your work to junior devs after hours of meetings. SazM gives you a dedicated 20-year senior engineer for $999/mo with zero meetings, 24–48h turnaround, and the freedom to pause or cancel anytime with one click.

Can I hire you for a single fix without a monthly subscription?

Yes! Most clients start with a single fixed-price fix — such as an urgent bug fix for $99 or a speed fix for $199. You pay once, your issue is diagnosed and fixed within 48 hours, and there is zero ongoing commitment. Monthly plans ($999/mo) are strictly optional for businesses with continuous backlogs.

How do I safely grant access to my website or server?

You never have to share master passwords. You can invite me as a temporary WordPress administrator, a GitHub/GitLab collaborator, or grant restricted staging FTP/SSH access. Credentials can be shared through our encrypted intake form or password managers, and you can revoke access anytime once the work is verified.

What website platforms and technologies do you support?

WordPress, WooCommerce, custom PHP applications, Laravel, online stores (Shopify, WooCommerce, custom carts), CMS platforms, and modern web apps built with React, Next.js, and Node.js. With 20+ years of hands-on production experience, I get oriented quickly across mainstream web stacks.

Who actually does the work? Do you hand off to juniors or outsource?

I do all the work personally — Saravana Bhava, a senior developer with 20+ years in production (since Oct 2006) and 100+ projects in the portfolio. No junior developers, no white-label agencies, and no outsourced subcontractors.

Who owns the code and deliverables?

You do. You own 100% of all code, assets, configuration, and deliverables created for you. Everything is committed directly to your repository or installed on your site.

How do billing, payment, and invoicing work?

You pay in USD through PayPal, which accepts credit cards, debit cards, and PayPal balances. Fixed-price fixes are billed once; monthly plans bill automatically each month and can be paused or cancelled anytime. An invoice/receipt is issued automatically for every payment.

Framework for Conducting Software Architecture Reviews

Summary

A software architecture review is not an aesthetic code check; it is a critical business audit designed to identify structural bottlenecks, security vulnerabilities, and operational risks. Without a structured framework, architecture reviews often devolve into debates over style guidelines rather than objective evaluations of system capability. This article outlines the framework SazM uses to audit complex web applications and align technical capabilities with business goals.

The Pillars of Architectural Health

An objective review evaluates a software platform across four core pillars:

1. Maintainability and Coupling

Cohesion vs. Coupling: Evaluate class and package boundaries. High coupling between different components (e.g., executing SQL directly within controllers) makes systems fragile and slow to change.
Dependency Rot: Identify outdated libraries, frameworks, and third-party dependencies that introduce security risks or limit platform capabilities.
Code Complexity: Measure cyclomatic complexity in critical execution paths to ensure the code remains understandable for onboarding engineers.

2. Database Performance and Scalability

Query Efficiency: Audit database indexes, execution plans (using EXPLAIN), and slow-query logs. Missing indexes on foreign keys are the leading cause of table scans.
Locking and Contention: Evaluate transaction durations and isolation levels. High-frequency write tables (e.g., order queues, bidding loops) require careful lock management to prevent deadlocks.
Caching Strategy: Analyze caching layers (e.g., Redis, memcached, or CDN edge caching) to reduce database read load and improve response times.

3. Reliability and Fault Tolerance

Single Points of Failure (SPOFs): Identify components whose failure causes complete system outages (e.g., single database instances without replication).
Graceful Degradation: Ensure the application degrades gracefully when external API integrations fail, utilizing circuit breakers or retry queues.
Backup and Disaster Recovery: Audit backup frequency, encryption parameters, and restore procedures.

4. Security and Compliance

Transport and Storage: Enforce HTTPS/TLS, secure cookie attributes, and encryption-at-rest for sensitive user data.
Access Control: Validate that all API routes and actions enforce authorization checks on the server side.
Data Protection: Ensure user inputs are parameterized to prevent injection vectors, and outputs are escaped.

The Review Process Flow

Information Gathering: Collect system documentation, infrastructure diagrams, API contracts, and access to codebases.
Static Analysis & Log Audits: Run linting tools, scan dependencies, and analyze slow-query, application, and web server logs.
Friction Path Mapping: Work with developers to map where they experience the most drag during new feature implementation.
Scoring & Prioritization: Evaluate findings against a standardized checklist to grade system parts, and create a prioritized backlog of refactoring tasks.

By executing this systematic process, leaders can transition from vague complaints like "the codebase is legacy" to precise statements like "the order table lacks a composite index, causing table scans during checkout."

When to Seek Engineering Assistance

If your engineering team faces escalating change friction, unverified scalability limits, or impending migration risks, an independent architecture evaluation clarifies the optimal path forward before major capital is committed.

To have SazM run this review on your system with a prioritized remediation plan, start with a free site audit. Direct technical intake is available at the contact page — zero sales calls required.