Role - Senior Technology Architect – Network ArchitectLocation – Germany, UK and Netherlands (Any location)Unit – CIS (Cloud and Infrastructure)Job DescriptionRole OverviewThe Senior Technology Architect (STA) – Network owns the end‑to‑end network architecture across data center, campus, WAN/SD‑WAN, cloud, and edge environments. The role defines strategy, blueprints, and guardrails; leads complex transformations; and ensures the network platform delivers resilience, security (Zero Trust), performance, and cost efficiency. The STA partners with product, security, platform engineering, and operations to architect vendor‑agnostic, automation‑first designs that scale across global enterprises.Key Responsibilities1) Architecture & Strategy
Role - Senior Technology Architect – Network ArchitectLocation – Germany, UK and Netherlands (Any location)Unit – CIS (Cloud and Infrastructure)Job DescriptionRole OverviewThe Senior Technology Architect (STA) – Network owns the end‑to‑end network architecture across data center, campus, WAN/SD‑WAN, cloud, and edge environments. The role defines strategy, blueprints, and guardrails; leads complex transformations; and ensures the network platform delivers resilience, security (Zero Trust), performance, and cost efficiency. The STA partners with product, security, platform engineering, and operations to architect vendor‑agnostic, automation‑first designs that scale across global enterprises.Key Responsibilities1) Architecture & StrategyRole - Senior Technology Architect – Network ArchitectLocation – Germany, UK and Netherlands (Any location)Unit – CIS (Cloud and Infrastructure)Job DescriptionRole OverviewThe Senior Technology Architect (STA) – Network owns the end‑to‑end network architecture across data center, campus, WAN/SD‑WAN, cloud, and edge environments. The role defines strategy, blueprints, and guardrails; leads complex transformations; and ensures the network platform delivers resilience, security (Zero Trust), performance, and cost efficiency. The STA partners with product, security, platform engineering, and operations to architect vendor‑agnostic, automation‑first designs that scale across global enterprises.Key Responsibilities1) Architecture & StrategyRole - Senior Technology Architect – Network Architect
Role - Senior Technology Architect – Network ArchitectLocation – Germany, UK and Netherlands (Any location)
Location – Germany, UK and Netherlands (Any location)Unit – CIS (Cloud and Infrastructure)
Unit – CIS (Cloud and Infrastructure)Job Description
Job DescriptionRole Overview
Role OverviewThe Senior Technology Architect (STA) – Network owns the end‑to‑end network architecture across data center, campus, WAN/SD‑WAN, cloud, and edge environments. The role defines strategy, blueprints, and guardrails; leads complex transformations; and ensures the network platform delivers resilience, security (Zero Trust), performance, and cost efficiency. The STA partners with product, security, platform engineering, and operations to architect vendor‑agnostic, automation‑first designs that scale across global enterprises.
resilience, security (Zero Trust), performance, and cost efficiencyKey Responsibilities
Key Responsibilities1) Architecture & Strategy
1) Architecture & Strategy- Define the network target state (DC, Campus, WAN/SD‑WAN, Cloud Networking, Edge) with reference architectures, patterns, and standards.
Define the network target state (DC, Campus, WAN/SD‑WAN, Cloud Networking, Edge) with reference architectures, patterns, and standards.Define the network target state (DC, Campus, WAN/SD‑WAN, Cloud Networking, Edge) with reference architectures, patterns, and standards.Define the network target state (DC, Campus, WAN/SD‑WAN, Cloud Networking, Edge) with reference architectures, patterns, and standards.
network target state- Create high‑level and low‑level designs (HLD/LLD), including L2/L3, routing, segmentation, DNS, IPAM, firewalling, service insertion, and observability.
Create high‑level and low‑level designs (HLD/LLD), including L2/L3, routing, segmentation, DNS, IPAM, firewalling, service insertion, and observability.Create high‑level and low‑level designs (HLD/LLD), including L2/L3, routing, segmentation, DNS, IPAM, firewalling, service insertion, and observability.Create high‑level and low‑level designs (HLD/LLD), including L2/L3, routing, segmentation, DNS, IPAM, firewalling, service insertion, and observability.
high‑level and low‑level designs (HLD/LLD)- Establish multi‑cloud network architectures (AWS/GCP/Azure) covering VPC/VNet design, Transit Gateways, Private Service Connect/Endpoint, Direct Connect/Interconnect, cross‑cloud connectivity, and service mesh integration.
Establish multi‑cloud network architectures (AWS/GCP/Azure) covering VPC/VNet design, Transit Gateways, Private Service Connect/Endpoint, Direct Connect/Interconnect, cross‑cloud connectivity, and service mesh integration.Establish multi‑cloud network architectures (AWS/GCP/Azure) covering VPC/VNet design, Transit Gateways, Private Service Connect/Endpoint, Direct Connect/Interconnect, cross‑cloud connectivity, and service mesh integration.Establish multi‑cloud network architectures (AWS/GCP/Azure) covering VPC/VNet design, Transit Gateways, Private Service Connect/Endpoint, Direct Connect/Interconnect, cross‑cloud connectivity, and service mesh integration.
multi‑cloud network architectures- Lead modernization from legacy to EVPN/VXLAN fabrics, intent‑based networking, Zero Trust segmentation, and SASE/SSE.
Lead modernization from legacy to EVPN/VXLAN fabrics, intent‑based networking, Zero Trust segmentation, and SASE/SSE.Lead modernization from legacy to EVPN/VXLAN fabrics, intent‑based networking, Zero Trust segmentation, and SASE/SSE.Lead modernization from legacy to EVPN/VXLAN fabrics, intent‑based networking, Zero Trust segmentation, and SASE/SSE.
modernization2) Network Security & Zero Trust2) Network Security & Zero Trust2) Network Security & Zero Trust
2) Network Security & Zero Trust- Apply Zero Trust principles across identity-aware segmentation, micro/macro segmentation (e.g., SDN, NSX‑T, ACI, TGW/Cloud WAN firewalls), secure east‑west and north‑south flows.
Apply Zero Trust principles across identity-aware segmentation, micro/macro segmentation (e.g., SDN, NSX‑T, ACI, TGW/Cloud WAN firewalls), secure east‑west and north‑south flows.Apply Zero Trust principles across identity-aware segmentation, micro/macro segmentation (e.g., SDN, NSX‑T, ACI, TGW/Cloud WAN firewalls), secure east‑west and north‑south flows.Apply Zero Trust principles across identity-aware segmentation, micro/macro segmentation (e.g., SDN, NSX‑T, ACI, TGW/Cloud WAN firewalls), secure east‑west and north‑south flows.
Zero Trust principles- Define security guardrails (FWaaS, NGFW, WAF, IDS/IPS, DDoS, DNS security), key management, and policy-as-code; integrate with SIEM/SOAR.
Define security guardrails (FWaaS, NGFW, WAF, IDS/IPS, DDoS, DNS security), key management, and policy-as-code; integrate with SIEM/SOAR.Define security guardrails (FWaaS, NGFW, WAF, IDS/IPS, DDoS, DNS security), key management, and policy-as-code; integrate with SIEM/SOAR.Define security guardrails (FWaaS, NGFW, WAF, IDS/IPS, DDoS, DNS security), key management, and policy-as-code; integrate with SIEM/SOAR.
security guardrails- Partner with the CISO and platform teams to align with NIST, CIS, ISO 27001, and regulatory standards (e.g., telco/public sector as applicable).
Partner with the CISO and platform teams to align with NIST, CIS, ISO 27001, and regulatory standards (e.g., telco/public sector as applicable).Partner with the CISO and platform teams to align with NIST, CIS, ISO 27001, and regulatory standards (e.g., telco/public sector as applicable).Partner with the CISO and platform teams to align with NIST, CIS, ISO 27001, and regulatory standards (e.g., telco/public sector as applicable).
NIST, CIS, ISO 270013) Performance, Resilience & Availability3) Performance, Resilience & Availability3) Performance, Resilience & Availability
3) Performance, Resilience & Availability- Engineer for high availability (multi‑AZ/region, fast reroute, ECMP, anycast, graceful restart) and deterministic performance for latency‑sensitive workloads (including telco and real‑time apps).
Engineer for high availability (multi‑AZ/region, fast reroute, ECMP, anycast, graceful restart) and deterministic performance for latency‑sensitive workloads (including telco and real‑time apps).Engineer for high availability (multi‑AZ/region, fast reroute, ECMP, anycast, graceful restart) and deterministic performance for latency‑sensitive workloads (including telco and real‑time apps).Engineer for high availability (multi‑AZ/region, fast reroute, ECMP, anycast, graceful restart) and deterministic performance for latency‑sensitive workloads (including telco and real‑time apps).
high availabilitydeterministic performance- Define traffic engineering strategies (QoS/CoS, policy‑based routing, segment routing, MPLS/EVPN/VXLAN, SR‑MPLS/SRv6).
Define traffic engineering strategies (QoS/CoS, policy‑based routing, segment routing, MPLS/EVPN/VXLAN, SR‑MPLS/SRv6).Define traffic engineering strategies (QoS/CoS, policy‑based routing, segment routing, MPLS/EVPN/VXLAN, SR‑MPLS/SRv6).Define traffic engineering strategies (QoS/CoS, policy‑based routing, segment routing, MPLS/EVPN/VXLAN, SR‑MPLS/SRv6).
traffic engineering- Design DR and failover topologies; conduct chaos/resilience testing and capacity planning.
Design DR and failover topologies; conduct chaos/resilience testing and capacity planning.Design DR and failover topologies; conduct chaos/resilience testing and capacity planning.Design DR and failover topologies; conduct chaos/resilience testing and capacity planning.
DR and failover4) Automation, IaC & Observability4) Automation, IaC & Observability4) Automation, IaC & Observability
4) Automation, IaC & Observability- Drive automation‑first delivery using Terraform/Ansible/Python and network controllers/SDKs; embed policy‑as‑code and compliance checks into CI/CD.
Drive automation‑first delivery using Terraform/Ansible/Python and network controllers/SDKs; embed policy‑as‑code and compliance checks into CI/CD.Drive automation‑first delivery using Terraform/Ansible/Python and network controllers/SDKs; embed policy‑as‑code and compliance checks into CI/CD.Drive automation‑first delivery using Terraform/Ansible/Python and network controllers/SDKs; embed policy‑as‑code and compliance checks into CI/CD.
automation‑firstTerraform/Ansible/Pythonpolicy‑as‑code- Implement observability: streaming telemetry, NetFlow/IPFIX, SNMP, syslog, synthetic testing, path analytics, digital experience monitoring (DEM).
Implement observability: streaming telemetry, NetFlow/IPFIX, SNMP, syslog, synthetic testing, path analytics, digital experience monitoring (DEM).Implement observability: streaming telemetry, NetFlow/IPFIX, SNMP, syslog, synthetic testing, path analytics, digital experience monitoring (DEM).Implement observability: streaming telemetry, NetFlow/IPFIX, SNMP, syslog, synthetic testing, path analytics, digital experience monitoring (DEM).
observability- Govern SRE practices: SLO/SLI/error budgets for network services; automate pre‑/post‑change validation and rollbacks.
Govern SRE practices: SLO/SLI/error budgets for network services; automate pre‑/post‑change validation and rollbacks.Govern SRE practices: SLO/SLI/error budgets for network services; automate pre‑/post‑change validation and rollbacks.Govern SRE practices: SLO/SLI/error budgets for network services; automate pre‑/post‑change validation and rollbacks.
SLO/SLI/error budgetspre‑/post‑change validation5) Cloud & Edge Networking5) Cloud & Edge Networking5) Cloud & Edge Networking
5) Cloud & Edge Networking- Architect cloud networking at scale: VPC/VNet design, routing domains, NAT, ingress/egress, hybrid connectivity (DX/Interconnect/VPN), service discovery, PrivateLink/PSC.
Architect cloud networking at scale: VPC/VNet design, routing domains, NAT, ingress/egress, hybrid connectivity (DX/Interconnect/VPN), service discovery, PrivateLink/PSC.Architect cloud networking at scale: VPC/VNet design, routing domains, NAT, ingress/egress, hybrid connectivity (DX/Interconnect/VPN), service discovery, PrivateLink/PSC.Architect cloud networking at scale: VPC/VNet design, routing domains, NAT, ingress/egress, hybrid connectivity (DX/Interconnect/VPN), service discovery, PrivateLink/PSC.
cloud networking- Integrate Kubernetes networking (CNI, Ingress/Egress, service mesh like Istio/Cilium), and secure service‑to‑service communication.
Integrate Kubernetes networking (CNI, Ingress/Egress, service mesh like Istio/Cilium), and secure service‑to‑service communication.Integrate Kubernetes networking (CNI, Ingress/Egress, service mesh like Istio/Cilium), and secure service‑to‑service communication.Integrate Kubernetes networking (CNI, Ingress/Egress, service mesh like Istio/Cilium), and secure service‑to‑service communication.
Kubernetes networking- Support edge/IoT networking patterns, SD‑Branch, and local breakout with unified policy.
Support edge/IoT networking patterns, SD‑Branch, and local breakout with unified policy.Support edge/IoT networking patterns, SD‑Branch, and local breakout with unified policy.Support edge/IoT networking patterns, SD‑Branch, and local breakout with unified policy.
edge/IoT6) SD‑WAN / SASE & WAN Transformation6) SD‑WAN / SASE & WAN Transformation6) SD‑WAN / SASE & WAN Transformation
6) SD‑WAN / SASE & WAN Transformation- Lead SD‑WAN strategy and migration from MPLS to internet/5G underlay with application‑aware routing and performance SLAs.
Lead SD‑WAN strategy and migration from MPLS to internet/5G underlay with application‑aware routing and performance SLAs.Lead SD‑WAN strategy and migration from MPLS to internet/5G underlay with application‑aware routing and performance SLAs.Lead SD‑WAN strategy and migration from MPLS to internet/5G underlay with application‑aware routing and performance SLAs.
SD‑WAN- Define SASE/SSE reference patterns (ZTNA, SWG, CASB, DNS security, FWaaS) aligned with identity and device posture.
Define SASE/SSE reference patterns (ZTNA, SWG, CASB, DNS security, FWaaS) aligned with identity and device posture.Define SASE/SSE reference patterns (ZTNA, SWG, CASB, DNS security, FWaaS) aligned with identity and device posture.Define SASE/SSE reference patterns (ZTNA, SWG, CASB, DNS security, FWaaS) aligned with identity and device posture.
SASE/SSE7) Stakeholder Leadership & Delivery Governance7) Stakeholder Leadership & Delivery Governance7) Stakeholder Leadership & Delivery Governance
7) Stakeholder Leadership & Delivery Governance- Advise executives on network strategy, roadmap, TCO/ROI, and risk.
Advise executives on network strategy, roadmap, TCO/ROI, and risk.Advise executives on network strategy, roadmap, TCO/ROI, and risk.Advise executives on network strategy, roadmap, TCO/ROI, and risk.
network strategy, roadmap, TCO/ROI, and risk- Chair Design Authority; review HLD/LLD, test plans, and change windows; ensure design compliance and non‑functional requirements (NFRs) are met.
Chair Design Authority; review HLD/LLD, test plans, and change windows; ensure design compliance and non‑functional requirements (NFRs) are met.Chair Design Authority; review HLD/LLD, test plans, and change windows; ensure design compliance and non‑functional requirements (NFRs) are met.Chair Design Authority; review HLD/LLD, test plans, and change windows; ensure design compliance and non‑functional requirements (NFRs) are met.
Design Authoritydesign compliancenon‑functional requirements- Mentor architects/engineers; cultivate reusable patterns and accelerators.
Mentor architects/engineers; cultivate reusable patterns and accelerators.Mentor architects/engineers; cultivate reusable patterns and accelerators.Mentor architects/engineers; cultivate reusable patterns and accelerators.Required Skills & ExperienceCore NetworkingRequired Skills & ExperienceCore NetworkingRequired Skills & Experience
Required Skills & ExperienceCore Networking
Core Networking- Expert in routing & switching (OSPF, BGP, IS‑IS), EVPN/VXLAN, MPLS, QoS/CoS, multicast, NAT, DNS/DHCP/IPAM.
Expert in routing & switching (OSPF, BGP, IS‑IS), EVPN/VXLAN, MPLS, QoS/CoS, multicast, NAT, DNS/DHCP/IPAM.Expert in routing & switching (OSPF, BGP, IS‑IS), EVPN/VXLAN, MPLS, QoS/CoS, multicast, NAT, DNS/DHCP/IPAM.Expert in routing & switching (OSPF, BGP, IS‑IS), EVPN/VXLAN, MPLS, QoS/CoS, multicast, NAT, DNS/DHCP/IPAM.
routing & switchingEVPN/VXLANMPLSQoS/CoSmulticastNATDNS/DHCP/IPAM- Proven experience designing leaf‑spine data center fabrics, campus architectures, and global WANs.
Proven experience designing leaf‑spine data center fabrics, campus architectures, and global WANs.Proven experience designing leaf‑spine data center fabrics, campus architectures, and global WANs.Proven experience designing leaf‑spine data center fabrics, campus architectures, and global WANs.
leaf‑spine data center fabricsSecurity & Zero TrustSecurity & Zero TrustSecurity & Zero Trust
Security & Zero Trust- Deep knowledge of segmentation (macro/micro), NGFWs, IDS/IPS, DDoS, WAF, PKI, identity‑driven policy, and SASE/SSE platforms.
Deep knowledge of segmentation (macro/micro), NGFWs, IDS/IPS, DDoS, WAF, PKI, identity‑driven policy, and SASE/SSE platforms.Deep knowledge of segmentation (macro/micro), NGFWs, IDS/IPS, DDoS, WAF, PKI, identity‑driven policy, and SASE/SSE platforms.Deep knowledge of segmentation (macro/micro), NGFWs, IDS/IPS, DDoS, WAF, PKI, identity‑driven policy, and SASE/SSE platforms.
segmentationidentity‑driven policySASE/SSE- Hands‑on with policy design across on‑prem and cloud; integration with SIEM/SOAR.
Hands‑on with policy design across on‑prem and cloud; integration with SIEM/SOAR.Hands‑on with policy design across on‑prem and cloud; integration with SIEM/SOAR.Hands‑on with policy design across on‑prem and cloud; integration with SIEM/SOAR.
on‑prem and cloudSIEM/SOARCloud & Container NetworkingCloud & Container NetworkingCloud & Container Networking
Cloud & Container Networking- Strong with AWS/GCP/Azure networking (VPC/VNet, TGW/Cloud WAN, PrivateLink/PSC, Route 53/Cloud DNS, load balancers).
Strong with AWS/GCP/Azure networking (VPC/VNet, TGW/Cloud WAN, PrivateLink/PSC, Route 53/Cloud DNS, load balancers).Strong with AWS/GCP/Azure networking (VPC/VNet, TGW/Cloud WAN, PrivateLink/PSC, Route 53/Cloud DNS, load balancers).Strong with AWS/GCP/Azure networking (VPC/VNet, TGW/Cloud WAN, PrivateLink/PSC, Route 53/Cloud DNS, load balancers).
AWS/GCP/Azure networking- Familiar with Kubernetes networking (CNIs like Calico/Cilium, NetworkPolicies, Ingress/Egress, service mesh).
Familiar with Kubernetes networking (CNIs like Calico/Cilium, NetworkPolicies, Ingress/Egress, service mesh).Familiar with Kubernetes networking (CNIs like Calico/Cilium, NetworkPolicies, Ingress/Egress, service mesh).Familiar with Kubernetes networking (CNIs like Calico/Cilium, NetworkPolicies, Ingress/Egress, service mesh).
Kubernetes networkingAutomation & ToolingAutomation & ToolingAutomation & Tooling
Automation & Tooling- Proficient in Terraform, Ansible, Python, Git‑based workflows, CI/CD for network changes, compliance checks (e.g., CIS Benchmarks).
Proficient in Terraform, Ansible, Python, Git‑based workflows, CI/CD for network changes, compliance checks (e.g., CIS Benchmarks).Proficient in Terraform, Ansible, Python, Git‑based workflows, CI/CD for network changes, compliance checks (e.g., CIS Benchmarks).Proficient in Terraform, Ansible, Python, Git‑based workflows, CI/CD for network changes, compliance checks (e.g., CIS Benchmarks).
Terraform, Ansible, PythonCIS Benchmarks- Observability with Prometheus/Grafana, App/Net Performance Monitoring, NetFlow/IPFIX, streaming telemetry.
Observability with Prometheus/Grafana, App/Net Performance Monitoring, NetFlow/IPFIX, streaming telemetry.Observability with Prometheus/Grafana, App/Net Performance Monitoring, NetFlow/IPFIX, streaming telemetry.Observability with Prometheus/Grafana, App/Net Performance Monitoring, NetFlow/IPFIX, streaming telemetry.
Prometheus/GrafanaApp/Net Performance MonitoringTelco / High‑Performance (Nice to Have but Highly Valued)Telco / High‑Performance (Nice to Have but Highly Valued)Telco / High‑Performance (Nice to Have but Highly Valued)
Telco / High‑Performance (Nice to Have but Highly Valued)- Understanding of SR‑IOV, DPDK, SCTP, 5G core networking concepts, UPF placement, and deterministic low‑latency patterns.
Understanding of SR‑IOV, DPDK, SCTP, 5G core networking concepts, UPF placement, and deterministic low‑latency patterns.Understanding of SR‑IOV, DPDK, SCTP, 5G core networking concepts, UPF placement, and deterministic low‑latency patterns.Understanding of SR‑IOV, DPDK, SCTP, 5G core networking concepts, UPF placement, and deterministic low‑latency patterns.
SR‑IOV, DPDK, SCTP- Experience with NEF/SEPP security considerations, MEC/edge, and interconnect with public cloud.
Experience with NEF/SEPP security considerations, MEC/edge, and interconnect with public cloud.Experience with NEF/SEPP security considerations, MEC/edge, and interconnect with public cloud.Experience with NEF/SEPP security considerations, MEC/edge, and interconnect with public cloud.
NEF/SEPP security considerationsQualificationsQualificationsQualifications
Qualifications- 12+ years in networking with 5+ years in architecture leadership roles.
12+ years in networking with 5+ years in architecture leadership roles.12+ years in networking with 5+ years in architecture leadership roles.12+ years in networking with 5+ years in architecture leadership roles.
architecture leadership- Certifications (mix of vendor and cloud beneficial): CCNP/CCIE, AWS/Azure/GCP networking‑focused certs.
Certifications (mix of vendor and cloud beneficial): CCNP/CCIE, AWS/Azure/GCP networking‑focused certs.Certifications (mix of vendor and cloud beneficial): CCNP/CCIE, AWS/Azure/GCP networking‑focused certs.Certifications (mix of vendor and cloud beneficial): CCNP/CCIE, AWS/Azure/GCP networking‑focused certs.
CCNP/CCIEAWS/Azure/GCP networking‑focused certs- Bachelor’s or Master’s in Computer Science, Engineering, or related discipline (or equivalent experience).
Bachelor’s or Master’s in Computer Science, Engineering, or related discipline (or equivalent experience).Bachelor’s or Master’s in Computer Science, Engineering, or related discipline (or equivalent experience).Bachelor’s or Master’s in Computer Science, Engineering, or related discipline (or equivalent experience).About InfosysInfosys is a global leader in next-generation digital services and consulting. We enable clients in 50+ countries to navigate their digital transformation. With over three decades of experience in managing the systems and workings of global enterprises, we expertly steer our clients through the many next of their digital journey. We do it by enabling the enterprise with an AI-powered core that helps prioritize the execution of change. We also empower the business with agile digital at scale to deliver unprecedented levels of performance and customer delight. Our always-on learning agenda drives their continuous improvement through building and transferring digital skills, expertise, and ideas from our innovation ecosystem.Visit www.infosys.com to see how Infosys can help your enterprise navigate your next.All aspects of employment at Infosys are based on merit, competence, and performance. We are committed to embracing diversity and creating an inclusive environment for all employees. Infosys is proud to be an equal opportunity employerAbout InfosysInfosys is a global leader in next-generation digital services and consulting. We enable clients in 50+ countries to navigate their digital transformation. With over three decades of experience in managing the systems and workings of global enterprises, we expertly steer our clients through the many next of their digital journey. We do it by enabling the enterprise with an AI-powered core that helps prioritize the execution of change. We also empower the business with agile digital at scale to deliver unprecedented levels of performance and customer delight. Our always-on learning agenda drives their continuous improvement through building and transferring digital skills, expertise, and ideas from our innovation ecosystem.Visit www.infosys.com to see how Infosys can help your enterprise navigate your next.All aspects of employment at Infosys are based on merit, competence, and performance. We are committed to embracing diversity and creating an inclusive environment for all employees. Infosys is proud to be an equal opportunity employerAbout InfosysInfosys is a global leader in next-generation digital services and consulting. We enable clients in 50+ countries to navigate their digital transformation. With over three decades of experience in managing the systems and workings of global enterprises, we expertly steer our clients through the many next of their digital journey. We do it by enabling the enterprise with an AI-powered core that helps prioritize the execution of change. We also empower the business with agile digital at scale to deliver unprecedented levels of performance and customer delight. Our always-on learning agenda drives their continuous improvement through building and transferring digital skills, expertise, and ideas from our innovation ecosystem.Visit www.infosys.com to see how Infosys can help your enterprise navigate your next.All aspects of employment at Infosys are based on merit, competence, and performance. We are committed to embracing diversity and creating an inclusive environment for all employees. Infosys is proud to be an equal opportunity employer
About Infosyswww.infosys.com
All aspects of employment at Infosys are based on merit, competence, and performance. We are committed to embracing diversity and creating an inclusive environment for all employees. Infosys is proud to be an equal opportunity employer