Assessment
Finding vulnerabilities before attackers do.
Overview
Cyber security services are the practices, tools and processes used to protect an organisation’s applications, networks, data and users from unauthorised access, breaches and attacks such as malware, ransomware and phishing. They typically span four layers, and a gap in any one of them undoes the other three.
Finding vulnerabilities before attackers do.
Secure architecture, encryption and access control.
Monitoring for suspicious activity.
Containing and recovering from incidents.
Why It Matters
As businesses move workloads to the cloud, adopt remote work and ship software faster, the attack surface grows. A vulnerability assessment or security review early in a project is almost always cheaper than an incident response after a breach, and six benefits follow from getting there first.
Detect and address vulnerabilities before they can lead to costly security incidents, data loss or operational downtime.
Demonstrate your commitment to protecting sensitive information, strengthening relationships with customers, partners and stakeholders.
Integrate security into the development lifecycle to identify risks early and support faster, safer software releases.
Get a clearer view of vulnerabilities across applications, infrastructure and cloud environments, so remediation can be prioritised properly.
Align your security practices with relevant industry standards and regulatory requirements, making compliance efforts more manageable.
Preventing cyber incidents is significantly more cost-effective than recovering from data breaches, regulatory penalties and business disruption.
The Threat Landscape
Cyber threats keep evolving as businesses become more digitally connected. Understanding the most common risks is the first step towards protecting your applications, infrastructure and sensitive business data from costly disruption, and six of them account for the majority of incidents we are called into.
Cybercriminals use deceptive emails, messages or websites to trick employees into revealing login credentials or sensitive information. Successful phishing can lead to unauthorised access, financial fraud and compromised business systems.
Malicious software encrypts critical business data and systems, preventing access until a ransom is paid. The result is operational downtime, financial loss and damage to customer trust.
Unauthorised access to confidential customer, employee or business information exposes sensitive data. Breaches often lead to regulatory penalties, reputational damage and significant recovery costs.
Employees, contractors or trusted users may intentionally or unintentionally expose sensitive information. Weak access controls and human error increase the risk of data leakage and internal incidents.
Poorly secured APIs become entry points for attackers seeking unauthorised access to applications and back-end systems. Exploiting them can compromise sensitive data and disrupt operations.
Incorrect cloud security settings, excessive permissions or unsecured storage can unintentionally expose critical business data. Regular assessments identify and remediate these risks before they are exploited.
What We Do
Sphinx Solutions offers cyber security as an extension of our custom software development practice, focused on securing what we build and what you already run. Ten services span consulting and assessment through testing, hardening and identity, to the DevSecOps and monitoring work that keeps it holding.
We assess your current setup, identify gaps and provide a prioritised, practical roadmap, not a generic template.
Structured review of your applications, networks and cloud configuration to surface vulnerabilities, misconfigurations and outdated components.
Simulated testing of your applications and infrastructure to identify exploitable weaknesses before real attackers do.
Manual and tool-assisted review of your codebase across PHP, .NET, Java, Python and Node.js, catching SQL injection, XSS, broken authentication and insecure API endpoints.
Hardening of servers, networks and configurations to reduce exposure to common attack vectors.
Configuration review and hardening for cloud environments including Azure and Google Cloud, with Zero Trust access principles applied to identity and data.
Multi-factor authentication (MFA), role-based access control (RBAC) and least-privilege access design.
Encryption for data at rest and in transit, plus key management aligned to your architecture.
Security built into your SDLC: secure coding standards, code review gates and CI/CD pipeline security checks, so security is not bolted on after launch.
We help set up logging, alerting and monitoring across your applications and infrastructure, and support your team during an incident to contain issues and fix the underlying vulnerability quickly.
What We Solve
As businesses adopt cloud platforms, mobile applications, AI technologies and connected digital ecosystems, the need for practical security has never been greater. Our approach identifies risks early, implements preventive measures and supports secure development throughout the technology lifecycle, from the first architecture decision to the eighth solution below.
Assess your current security posture, identify risks and develop a practical roadmap to improve resilience against evolving cyber threats.
Discover security weaknesses across applications, networks, cloud environments and IT infrastructure before they can be exploited.
Simulate real-world cyberattacks to uncover exploitable vulnerabilities and provide actionable recommendations for remediation.
Build and maintain secure web, mobile and enterprise applications through secure coding practices, security testing and vulnerability management.
Strengthen cloud environments by protecting workloads, identities, configurations and sensitive business data across the leading cloud platforms.
Improve network resilience with security assessments, secure configurations, access controls and continuous monitoring recommendations.
Protect critical IT infrastructure by identifying configuration gaps, strengthening system security and reducing infrastructure-related risks.
Integrate security throughout the SDLC, helping development teams build secure applications from planning through to deployment.
How We Work
Our process follows a structured, risk-first approach designed to identify vulnerabilities, strengthen your security posture and support long-term resilience. Six stages run from assessing your current environment to ongoing monitoring, each aligned to your business objectives and the threat landscape you actually face.
Step 1
What we do: We evaluate your applications, infrastructure, networks and cloud environment to identify security vulnerabilities, potential attack vectors, compliance gaps and business-critical risks before they can be exploited.
What you get
Step 2
What we do: Based on the assessment findings we develop a practical roadmap covering security controls, access management strategy, Zero Trust principles where applicable, and recommendations aligned with your business and technology goals.
What you get
Step 3
What we do: Where required we build custom security solutions: secure application components, identity and access management integrations, security automation tooling or monitoring capabilities that fit your existing technology ecosystem.
What you get
Step 4
What we do: We implement the recommended measures, including secure configurations, API protection, data encryption, firewall enhancements and infrastructure hardening, to reduce your organisation’s attack surface.
What you get
Step 5
What we do: We help establish continuous monitoring, security alerting and incident response processes, improving threat detection and enabling faster action when suspicious activity is identified.
What you get
Step 6
What we do: Cyber security is an ongoing process. We help you review your posture regularly, address emerging risks and support your efforts towards relevant compliance and security best practices as the business grows.
What you get
How We Build It
Our work is backed by modern development technologies, secure cloud platforms and industry-recognised security practices, grouped here into six layers. By integrating security throughout the software development lifecycle rather than auditing at the end, we help build resilient applications and infrastructure designed to withstand evolving cyber threats.
Industries
Every industry faces different security pressures, from protecting patient records to keeping payment flows intact and shipments moving. At Sphinx Solutions we integrate security best practices into the software solutions we build, sized to the risk that sector actually carries.
Comparison
The two are not alternatives. Cloud security is a specialised branch of cyber security, covering the workloads, identities and configurations that live on a cloud platform; cyber security is the umbrella above it, covering everything else you run as well.
| Aspect | Cyber security | Cloud security |
|---|---|---|
| Definition | Protects an organisation’s entire digital ecosystem, including networks, applications, devices, users and data. | Focuses specifically on securing cloud-based infrastructure, applications, services and data hosted on cloud platforms. |
| Scope | Broad strategy covering on-premises, cloud, hybrid environments, endpoints and networks. | A subset of cyber security dedicated to protecting cloud environments such as AWS, Azure and Google Cloud. |
| Primary objective | Prevent cyberattacks, data breaches, unauthorised access and business disruption across all IT assets. | Ensure the confidentiality, integrity and availability of cloud resources while preventing cloud-specific threats and misconfigurations. |
| Protects | Networks, servers, endpoints, applications, databases, user identities and sensitive business data. | Virtual machines, cloud storage, workloads, containers, cloud identities, APIs and SaaS, PaaS and IaaS services. |
| Common threats | Phishing, ransomware, malware, insider threats, DDoS attacks, credential theft and data breaches. | Cloud misconfigurations, insecure APIs, excessive permissions, exposed storage buckets, compromised accounts and container vulnerabilities. |
| Security controls | Firewalls, endpoint protection, intrusion detection, identity management, encryption, monitoring and vulnerability management. | Identity and access management, cloud encryption, security groups, workload protection, configuration management and cloud security posture management. |
| Who needs it | Every organisation that stores, processes or transmits digital information. | Organisations using public, private or hybrid cloud services for applications, infrastructure or data storage. |
| Relationship | Umbrella discipline covering all aspects of information and digital security. | Specialised branch of cyber security focused exclusively on cloud environments. |
Which of the two you start with depends on where your systems actually live. Most organisations end up needing both, but the sequencing matters: securing a cloud estate you have not mapped, or auditing an on-premises network you barely use, wastes the first engagement.
If you want to protect your entire IT ecosystem, including applications, networks, endpoints and sensitive business data. Your business needs an end-to-end strategy that reduces risk across both on-premises and cloud environments.
If you primarily need to secure cloud infrastructure, cloud applications and data hosted on AWS, Azure or Google Cloud. Your focus is improving the security, configuration and access controls of your cloud environment.
How We Engage
Every business has different security priorities, timelines and internal capabilities. Whether you need a one-time assessment, ongoing advisory support or secure software development expertise, these three models are shaped around one question: how much of the work stays with your team, and how much of it comes to ours.
01
Ideal for organisations looking to identify vulnerabilities, assess risks or evaluate their current security posture. You receive actionable insights and prioritised recommendations without committing to a long-term engagement.
02
Best suited to specific initiatives: vulnerability assessments, penetration testing, application security improvements, cloud security reviews or infrastructure hardening. Scope, deliverables, timeline and milestones are defined upfront.
03
For organisations needing ongoing security guidance alongside software development. Our experts work as an extension of your team, supporting secure development, security reviews and remediation within your existing workflows.
Expert Insights
Every business is becoming a digital business, and that makes cyber security more important than ever. We believe security should be part of every application, platform and process from the very beginning, not a review someone books the week before launch. That is how we help businesses grow confidently in an increasingly connected world.
Why Choose Us
Sphinx has completed 16 successful years in the industry, helping businesses with technology and digital transformation, including AI-powered solutions across major industry verticals.
We have a dedicated and reliable team of AI engineers, ML scientists, data engineers, and MLOps specialists covering every role in the AI development lifecycle.
We have delivered more than 1,500 solutions through a results-driven approach, many to recurring clients who keep expanding their AI capabilities with us.
We have a dedicated in-house team, experienced and skilled across AI development, software engineering, QA, DevOps, and cloud infrastructure.
We are trusted by 750+ clients for best-in-class AI solutions at competitive rates, with the delivery accountability enterprise clients demand.
Our client-centric approach and high-calibre AI engineering, built on current models and frameworks, have made us a trusted partner for businesses building AI.
Book a 30-minute engagement consultation.
Connect with us
Security is not just about preventing threats. It is about protecting your business growth.
Everything you need to know about securing your systems with us. Can’t find your answer? Talk to us.
If your business relies on software, online transactions or cloud tools, or stores customer data in any form, it is vulnerable to cyber threats. A professional security assessment highlights gaps, weak configurations, outdated systems and potential entry points attackers could exploit, giving you a clear picture of where you stand.
Penetration testing, or VAPT, is a simulated cyberattack conducted by security experts to identify vulnerabilities, unstable configurations and security gaps in your applications, networks and cloud services before real attackers exploit them. We conduct comprehensive VAPT to help businesses close security holes proactively.
Yes. Zero Trust is a security model that never trusts any user or device by default, even inside the network. We implement Zero Trust architectures using cloud configuration, identity and access management, multi-factor authentication and role-based access control, so only authorised people reach the resources they need.
Most experts recommend an assessment at least once a year. Businesses that handle sensitive customer data, use cloud applications, are going through rapid digital transformation or operate in highly regulated industries should assess more frequently to stay ahead of emerging threats and compliance requirements.
Even with strong defences, incidents happen. We support your team through detection and containment, help limit damage, restore operations and carry out the analysis needed to fix the underlying vulnerability so the same route cannot be used again.
Cost varies with the scope of protection required, whether that covers network security, cloud protection, application security or a combination. We offer flexible, customised pricing tailored to your business size, risk profile and specific security needs, quoted after an initial scoping conversation.
Yes. Remote and hybrid environments are secured through measures such as secure access controls, identity and access management, endpoint protection, VPN security and continuous monitoring. Together these reduce the risk of unauthorised access and data breaches while letting employees work safely from anywhere.
A vulnerability assessment identifies and prioritises security weaknesses across your systems, applications and infrastructure. Penetration testing goes a step further, simulating real-world attacks to determine how those weaknesses could be exploited and to evaluate how well your existing controls actually hold.