We begin by developing a custom responsibility matrix that identifies which services you wish to manage yourself and which you intend to outsource. Following that, we begin sourcing and negotiating with our network of best-in-class providers to present you with the best solutions based on your matrix.
Intermediation
Cost Savings
Speed
Reliability
Security
Productivity
Performance
Decreased latency
Scalability
Discovery
We generate a cloud-agnostic analysis using a Configuration Management Database (CMDB) and additional management tools that compares your organization’s requirements to the current available cloud offerings and delivers you a solution that prioritizes performance, availability, manageability, and cost.
Cost Savings
Speed
Reliability
Security
Productivity
Performance
Decreased latency
Scalability
Cloud Optimization
We continually evaluate software and service organizations that can improve and optimize your existing cloud environment with lower costs, better interoperability, and superior security.
Cost Savings
Speed
Reliability
Security
Productivity
Performance
Decreased latency
Scalability
Private Cloud
A Private Cloud is a cloud computing model in which the infrastructure is solely dedicated to a single user organization. A private cloud can be hosted at an organization’s own data center, at a third-party colocation facility, or by a private cloud provider who offers private cloud hosting services.
Private Cloud Solutions provide organizations with greater control and security over private cloud servers, though they do necessitate a much higher level of IT expertise than using a public cloud.
Control
Cost Savings
Performance
Regulatory Governance
Public Cloud
Anyone can purchase computing resources from the public cloud. The public cloud is an information technology model in which on-demand computing services and infrastructure are managed by a third party and shared by multiple organizations over the internet. For a monthly or pay-per-use fee, public cloud service providers may provide cloud-based services such as infrastructure as a service (IaaS), platform as a service (PaaS), or software as a service (Saas) to users, eliminating the need for users to host these services on-site in their own data center.
Control
Easy of Use
Availability
Hybrid Cloud
Hybrid cloud solutions provide a unified pool of resources to support modern application strategies and digital transformation efforts within an organization. This hybrid cloud computing model combines at least one private cloud and at least one public cloud to provide a versatile mix of cloud computing services. Hybrid cloud computing extends infrastructure and operations to provide a single operating model that manages application workloads across both environments, allowing for seamless workload migration from private to public cloud as business needs dictate.
Flexible
Increased cloud utility
Reduced complexity
Reduced IT workload
Scalable
Secure
Hosted Infrastructure
Cloud hosting is a server and network infrastructure that divides a single physical server into multiple virtual servers using software. These devices are frequently referred to as virtual machines, or VMs.These servers can be used for a variety of purposes, including web hosting, application development, and remote-accessible desktop work environments.
Accessibility
Availability
Cost effective
Easy back-up
Easy to restore
Local Virtualization
Cloud computing is enabled by virtualization technologies. This software enables the simultaneous execution of many operating systems and applications on a single machine, as it partitions computing environments from the physical infrastructures that comprise the machine. Virtualization software enables organizations to reduce overall information technology expenses while increasing the efficiency, use, and flexibility of their existing computer systems.
Costs Savings
Efficiency
Flexibility
Infrastructure-as-a-Service (IaaS)
Infrastructure as a service (IaaS) is a component of cloud computing that enables the remote provision of virtualized computing resources. Along with software as a service (SaaS) and platform as a service (PaaS), IaaS is one of the three primary categories of cloud computing services.
The IaaS model requires the cloud provider to manage IT infrastructures such as storage, server, and networking resources and to supply them to subscribing companies via virtual machines accessible via the internet.
Cost Effective
Ease of use
Flexibility
Performance
Cloud-based Business Continuity
One of the primary benefits of cloud computing for business continuity is that data may be accessible from any location. This contributes to the normalization of company processes in the event of an interruption, as personnel can access data from nearly any location.
Additionally, cloud business continuity enables enterprises to select which data and applications to migrate to the cloud. Certain firms may choose to keep only their most vital assets in the cloud, while storing less critical assets on in-house servers.
Cost-effective
Reliable
Scalable
Cloud-Based Disaster Recovery
Businesses can use cloud-based disaster recovery to back up and recover mission-critical data and remote workstations. Cloud disaster recovery helps secure critical resources by storing them on a remote off-site cloud server. Additionally, it contributes to company continuity by facilitating rapid recovery in the event of a crisis.
Availability
Customizable
Flexibility
Easy of Use
Rapid Recovery
Cloud Storage
Cloud storage is a type of cloud computing approach in which data is stored online via a cloud provider who manages and operates data storage as a service. It’s on-demand, with just-in-time (JIT) capacity and pricing, and eliminates the need to purchase and manage your own data storage infrastructure.
Cost Savings
Flexible
Scalable
Reliable
Secure
James P
Quinn Executive Managing Director JLL
——————————– Find out why Hidalgo Communications is the best choice for your business